Understanding Spring Failures: Curvature Correction Factors
Understanding Spring Failures: Curvature Correction Factors
Understanding Spring Failures: Curvature Correction Factors
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
2001 Midwest Rd., Suite 106<br />
Oak Brook, IL 60523-1335<br />
Change Service Requested<br />
Marketing<br />
Sales<br />
Presort Standard<br />
US Postage PAID<br />
Rockford, IL<br />
Permit No. 1<br />
Global Competition<br />
also in this issue:<br />
DFARS Specialty Metals Provision<br />
Updated 00<br />
OSHA Targets Industries with<br />
Potential for Amputations 00<br />
Using <strong>Curvature</strong> <strong>Correction</strong><br />
<strong>Factors</strong> to Prevent Failure 00
Why Partner with Gibbs?<br />
Innovation.<br />
Innovation is one of many added-value benefits you enjoy<br />
when you partner with Gibbs. Like our unique ability to<br />
slit strip to widths others simply cannot achieve, using<br />
traditional slitting procedures. The benefit? Production<br />
economies leading to lower prices for you.<br />
Since 1956 Gibbs Wire and Steel has represented<br />
a combination of excellent quality product, a high level<br />
of responsiveness, knowledgeable and reliable people,<br />
leading edge technology, the lowest total cost and a commitment<br />
to innovation well beyond traditional expectations.<br />
That’s why so many leading companies have chosen to<br />
partner with us.<br />
The People You Can Rely On For Wire And Strip<br />
1.800.800.4422<br />
www.gibbswire.com<br />
Connecticut • Indiana • Texas • California • North Carolina • Ontario
Mapes wire<br />
handles stress<br />
so you don’t have to.<br />
Mapes’ corrosion resistant wires<br />
handle the tough environments.<br />
Superior corrosion resistance without the<br />
cost of stainless. Mapes special galvanized and<br />
aluminum zinc coated wire products are drawn after<br />
coating—for a smooth and durable finish with<br />
exceptional consistency and reliability.<br />
• Corrosion resistant lines include Galvanized (Zinc) Coated<br />
Music Wire, Aluminum Zinc Galfan® Coated Music Wire<br />
• Special Galvanized (Zinc) Hard Drawn <strong>Spring</strong> Wire and<br />
Special Aluminum Zinc Galfan® Hard Drawn <strong>Spring</strong> Wire<br />
• Manufactured to your specifications<br />
• More than ninety years of quality service and<br />
partnership with our customers<br />
• Call for more information or special orders<br />
MAPES corrosion resistant wires<br />
Type Size Range<br />
Aluminum Zinc Galfan® Coated Music <strong>Spring</strong> Wire .177"–.062"<br />
4.50mm–1.575mm<br />
Galvanized Coated Music <strong>Spring</strong> Wire .177"–.062"<br />
4.50mm–1.575mm<br />
Special Aluminum Zinc Galfan® Hard Drawn Wire .177"–.062"<br />
4.50mm–1.575mm<br />
Special Galvanized Hard Drawn Wire .177"–.062"<br />
4.50mm–1.575mm<br />
Tin Zinc Coated Music <strong>Spring</strong> Wire<br />
.063"–.008"<br />
1.6mm–.20mm<br />
Quality wire for less stringent environments:<br />
Tin Coated Music <strong>Spring</strong> Wire<br />
.063"–.008"<br />
1.6mm–.20mm<br />
Phosphate Coated Music <strong>Spring</strong> Wire<br />
.282"–.006"<br />
7.2mm –.152mm<br />
Missile Wire (High Tensile)<br />
.120"–.015"<br />
3.05mm–.381mm<br />
THE MAPES PIANO STRING COMPANY<br />
P.O. BOX 700, ELIZABETHTON, TENNESSEE 37644<br />
423-543-3195 • FAX 423-543-7738<br />
website: www.mapeswire.com<br />
e-mail: info@mapeswire.com<br />
Galfan is a registered trademark of Galfan Information Center, Inc.<br />
ISO 9001:2000 certified
From Dan Sebastian<br />
The Sales and Marketing Cost-Benefit<br />
It is springtime (on the calendar), and we are looking forward<br />
to the return of warm weather and taking on new business<br />
opportunities.<br />
In this issue of <strong>Spring</strong>s, we will be looking at how we can<br />
respond to global competition with sales initiatives and marketing<br />
programs. For many springmakers, sales are either a<br />
necessary evil or something we like to do. In the end, how we<br />
sell is a reflection on how successful we will be. Some will use<br />
outside sales agencies, others will use their own salespeople,<br />
and some will handle it with their office staff. The way we sell is<br />
not as important as the need to keep selling all the time.<br />
The cost of selling is an important part of our expenses. Some customers expect<br />
you to visit them on regular intervals to head off problems and find new ways to service<br />
them. Other customers never want to see salespeople because it is “a waste of their<br />
time.” Then there are customers who think they need to be “wined and dined” in order<br />
to get their business. Whichever kind of customer you have, you should know how much<br />
it costs to keep them happy, and they should pay for it.<br />
<strong>Understanding</strong> the cost-benefit relationship is critical to your business success.<br />
Many years ago, I was in a meeting with the company president, and during that meeting,<br />
someone from the finance department was complaining about how much money the<br />
sales group was spending. The company president responded, “I hope they spend more.”<br />
Most of us were surprised, but after a closer look, we learned that for every dollar spent<br />
by or for sales, we were getting $20 in business. The president understood his business<br />
and how to grow it.<br />
Marketing is much more difficult to evaluate than sales. What is the cost-benefit<br />
value of product literature, attending a trade show, advertising or a Web site? In today’s<br />
world of global competition, anyone anywhere can create a Web site that makes them<br />
look bigger or more capable than they really are. Customers have developed sophisticated<br />
supply chain management systems that they believe save them money. Add to<br />
this the Internet auctions where suppliers are qualified based solely on the information<br />
they submit through an online form, and you have a real problem for a traditional<br />
spring company.<br />
As you read through the pages of <strong>Spring</strong>s, we hope you will get a better understanding<br />
of how to use sales and marketing to compete in the global market. In addition, this<br />
issue has information on what you have to do to be “DFARS” (Defense Federal Acquisition<br />
Regulations Supplement) compliant. <strong>Spring</strong>s is only part of what SMI can do to help<br />
you meet the global challenge. SMI also has literature, educational programs, surveys, our<br />
annual convention and fall meetings to help you succeed. I hope to see you October 9<br />
and10 in Las Vegas at our 2007 Fall Meeting seminars.<br />
2 SPRINGS April 2007<br />
Dan Sebastian, MW Industries<br />
dsebastian@mw-ind.com<br />
<strong>Spring</strong>s Magazine Staff<br />
Rita Schauer Kaufman CAE, Editor<br />
editor@smihq.org<br />
Lynne Carr, Advertising Sales<br />
info@smihq.org<br />
Sandie Green, Assistant Editor<br />
Ken Boyce CAE, Publisher<br />
<strong>Spring</strong>s Magazine Committee<br />
Chair, Bob Herrmann, Newcomb<br />
<strong>Spring</strong> of Colorado<br />
Götz Arndt, Wafi os Machinery<br />
Terry Bartel Ph.D., Elgiloy<br />
Specialty Metals<br />
Carol Caldwell, Century <strong>Spring</strong><br />
Randy DeFord, Mid-West<br />
<strong>Spring</strong> & Stamping<br />
Pam Dix<br />
All-Rite <strong>Spring</strong> Co.<br />
Ritchy Froehlich, Ace Wire<br />
<strong>Spring</strong> & Form<br />
Tressie Froehlich, Ace Wire<br />
<strong>Spring</strong> & Form<br />
LuAnn Lanke, Wisconsin Coil <strong>Spring</strong><br />
John Schneider, O’Hare <strong>Spring</strong><br />
Europe liaison, Richard Schuitema,<br />
Dutch <strong>Spring</strong> Association<br />
Technical Advisors<br />
Loren Godfrey, Colonial <strong>Spring</strong><br />
Luke Zubek PE, SMI Technical Director<br />
Advertising sales - Japan<br />
Ken Myohdai<br />
Sakura International Inc.<br />
22-11 Harimacho<br />
1-Chome, Abeno-ku<br />
Osaka 545-0022 Japan.<br />
Phone: +81-6-6624-3601<br />
Fax: +81-6-6624-3602<br />
E-mail: info@sakurain.co.jp<br />
Advertising sales - Europe<br />
Jennie Franks<br />
Franks & Co.<br />
P.O. Box 33 Moulton<br />
Newmarket, Suff olk,<br />
England CB88SH<br />
Phone: +44-1638-751132<br />
Fax: +44-1638-750933<br />
E-mail: franksco@BTopenworld.com<br />
Advertising sales - Taiwan<br />
Robert Yu<br />
Worldwide Services Co. Ltd.<br />
11F-B, No 540, Sec. 1, Wen Hsin Rd.<br />
Taichung, Taiwan<br />
Phone: +886-4-2325-1784<br />
Fax: +886-4-2325-2967<br />
E-mail: stuart@wwstaiwan.com<br />
<strong>Spring</strong>s (ISSN 0584-9667) is published quarterly<br />
by SMI Business Corp., a subsidiary of the<br />
<strong>Spring</strong> Manufacturers Institute: 2001 Midwest<br />
Road, Suite 106, Oak Brook, IL 60523; Phone:<br />
(630) 495-8588; Fax: (630) 495-8595; Web site<br />
www.smihq.org. Address all correspondence<br />
and editorial materials to this address.<br />
The editors and publishers of <strong>Spring</strong>s disclaim all<br />
warranties, express or implied, with respect to<br />
advertising and editorial content, and with respect<br />
to all manufacturing errors, defects or omissions<br />
made in connection with advertising or editorial<br />
material submitted for publication.<br />
The editors and publishers of <strong>Spring</strong>s disclaim<br />
all liability for special or consequential damages<br />
resulting from errors, defects or omissions in the<br />
manufacturing of this publication, any submission<br />
of advertising, editorial or other material for<br />
publication in <strong>Spring</strong>s shall constitute an agreement<br />
with and acceptance of such limited liability.<br />
The editors and publishers of <strong>Spring</strong>s assume no<br />
responsibility for the opinions or facts in signed<br />
articles, except to the extent of expressing the view,<br />
by the fact of publication, that the subject treated is<br />
one which merits attention.<br />
Do not reproduce without written permission.<br />
Cover illustration by Getty Images
7<br />
25<br />
34<br />
39<br />
4 SPRINGS April 2007<br />
FEATURES<br />
7 Top 10 Sales Urban Myths<br />
By Paul DiModica, DigitalHatch<br />
9 Defense Department Offers Guidance on Updated DFARS Specialty<br />
Metals Provision<br />
Compliance challenges remain for springmakers and wire suppliers<br />
By Rita S. Kaufman, Editor<br />
25 Words That Sell<br />
Proven words that can motivate prospects to do business with your<br />
company<br />
By Dawn Josephson, Cameo Publications<br />
29 Manufacturing Outlook<br />
Are American manufacturing jobs destined to go the way of the<br />
blacksmith?<br />
By Ray Gardner, Special contributor<br />
34 Preventive Maintenance Tips for Your Inline Conveyor Ovens<br />
Part IV: The Control Panel<br />
By Daniel Pierre III, JN Machinery Corp.<br />
COLUMNS<br />
17 Be Aware: Safety Tips From Jim Wood<br />
OSHA Expands its Amputation Program<br />
27 IST <strong>Spring</strong> Technology<br />
Cautionary Tales XXXIV<br />
Global Challenges<br />
By Mark Hayes<br />
39 Technically Speaking with Luke Zubek<br />
<strong>Understanding</strong> <strong>Spring</strong> <strong>Failures</strong>: <strong>Curvature</strong> <strong>Correction</strong> <strong>Factors</strong><br />
41 Checkpoint: Business Tips From Phil Perry<br />
Hola Amigos!<br />
Hispanic Workers Strengthen Operations<br />
45 Spotlight on the Shop Floor<br />
<strong>Spring</strong> Essentials (for the rest of us) part XI<br />
Quality is More Than Quality Control<br />
By Randy DeFord, Mid-West <strong>Spring</strong> & Stamping<br />
DEPARTMENTS<br />
2 President’s Message: The Sales and Marketing Cost-Benefi t<br />
19 Global Highlights<br />
47 Inside SMI: SMI 75th Anniversary Event, ASD Software, Regional Programs<br />
51 New Products<br />
55 Advertisers’ Index<br />
55 Sprung<br />
56 Snapshot: Ann Davey, John Evans Sons Inc.
Top 10 Sales Urban Myths<br />
By Paul DiModica<br />
DigitalHatch<br />
As the economy rolls on, sales myths still permeate<br />
product and professional-service sales<br />
forces trying to hit their forecasted goals or sales<br />
quotas.<br />
Like urban myths, many of these business beliefs<br />
just continue to proliferate without identified<br />
authorship or business validity. Often, salespeople<br />
just use the same method of selling that they<br />
always have used. This “auto-selling” approach<br />
makes them feel good because they stay inside of<br />
their comfort zone, but in reality, it reduces their<br />
selling performance because they never change or<br />
adapt their selling process to the need of their selling<br />
environment.<br />
Here are the top 10 sales<br />
myths that are currently in vogue:<br />
Myth 1: Spending a disproportionate<br />
amount of your available<br />
sales cycle selling time with a decision<br />
influencer will increase your<br />
sales success.<br />
The Reality: Hitting sales targets<br />
are a time-management<br />
issue. How many prospects do<br />
I have? Which are qualified?<br />
How many can I talk with or see<br />
in-person in a single day? How<br />
quickly can I move them through<br />
the required sales steps, and<br />
how fast can I get them to take<br />
an action step to buy from me?<br />
These variables all are relevant<br />
in selling.<br />
Decision influencers are<br />
communication liaisons for your business value.<br />
When you present and sell them, you are asking to<br />
have a non-professional salesperson communicate<br />
your business value for you to the decision makers.<br />
When focusing on decision influencers, you are<br />
saying A) you do not have the sales skills to get to<br />
the decision makers or B) you are hoping they will<br />
be able to discuss your business value as well as<br />
you can. Can you sell decision influencers? Yes,<br />
but it is a slow non-preferred process.<br />
Myth 2: Dropping prices will increase sales in the<br />
long-term.<br />
The Reality: Time and time again, every business<br />
segment that has followed a commodity-based pricing<br />
schema has failed. Selling down and by price<br />
is a short-term sales model that cannot sustain<br />
financial integrity. Repeat customers buy value;<br />
single-sale customers buy price.<br />
Myth 3: Business networking is better than cold-calling<br />
for lead generation.<br />
The Reality: This is another urban myth, perpetuated<br />
by those who do not want to cold-call. Sales<br />
reps who will not cold-call are half-cycle salespeople.<br />
Yes, networking can create leads, but just<br />
because you know someone does not mean they<br />
are a buyer today. Networking<br />
is a long-term,<br />
minimum-volume leadgeneration<br />
technique for<br />
salespeople. Cold-calling<br />
is the sales pipeline of<br />
success.<br />
Myth 4: Sales training is<br />
a cost center.<br />
The Reality: Most CEOs<br />
do not spend enough<br />
on sales training. They<br />
believe that it is more<br />
important to invest in<br />
development, engineering<br />
or operations staff training<br />
than sales training. In<br />
fact, sales training is more<br />
important than technical<br />
education and is a true<br />
business profit-center<br />
investment. Without sales, you don’t need development<br />
or operations. CEOs can always subcontract<br />
development, engineering or service delivery work,<br />
but try subcontracting your sales success!<br />
Myth 5: Clients buy products or business services.<br />
The Reality: Clients never buy your products or<br />
business services. Account managers who sell<br />
business services or products usually sell less.<br />
Clients buy pain management and the results your<br />
products or services produce.<br />
SPRINGS April 2007 7
Myth 6: Because you were successful last year, you<br />
should be successful this year.<br />
The Reality: Salespeople often settle into a comfort<br />
zone of “auto selling,” doing the same things year<br />
after year. This repetition implies that all prospects<br />
and customers are the same; they are not individuals,<br />
and they don’t change. To sell more each new<br />
year, become a full-time sales student.<br />
Myth 7: Marketing department responsibilities<br />
should be focused on brochures, Web site communication,<br />
and trade show management.<br />
The Reality: PR is not revenue, marketing is not<br />
revenue, and advertising is not revenue. Revenue<br />
is revenue. The marketing department’s primary<br />
business responsibility should be creating qualified<br />
sales leads for the sales team.<br />
Myth 8: It is the sales management’s responsibility to<br />
close sales deals for you.<br />
The Reality: Sales management’s responsibility<br />
is to help you sell as a salesperson. That means<br />
increasing qualified lead traffic, supervising operational<br />
issues that affect your deals, updating your<br />
sales training skills, and acting as an intermediary<br />
with corporate management. That does not mean<br />
going to every sales presentation or meeting every<br />
prospect in person. Many times, this becomes the<br />
norm instead of the exception because sales management<br />
usually carries the department’s quota<br />
as a whole, and revenue is revenue. Why pursue<br />
sales management if you have to close every deal?<br />
If you’re a professional salesperson, most times you<br />
should not need your manager to close deals.<br />
Myth 9: Question-based sales probing will increase<br />
sales.<br />
The Reality: The fact is, asking detailed questions<br />
of prospects too early in the sales process actually<br />
ends most sales cycles. You cannot cold-call or engage<br />
an executive of a company the first time, start<br />
“pinging” them with probing business questions<br />
and expect them to answer honestly. To achieve<br />
sales success with management, you must first<br />
earn their respect as a business peer, not a vendor.<br />
You must validate your knowledge about industry<br />
pains, so you can earn the right to ask investigative<br />
questions about their business needs when it<br />
is appropriate.<br />
The key to sales success is not using probing<br />
questions too early. Instead, it is acting like a<br />
strategic advisor: You communicate your business<br />
value up front first and then earn the right to ask<br />
probing questions that will be answered honestly.<br />
Myth 10: Relationship selling starts even before<br />
the first sale.<br />
8 SPRINGS April 2007<br />
The Reality: This is the biggest myth of the group<br />
and is totally wrong. Just because prospects take<br />
your phone calls, talk to you at trade shows or let<br />
you buy them dinner does not mean you have a relationship<br />
with them. Prospects must buy something<br />
to have a relationship with you. After prospects buy<br />
from you the first time, they evaluate what you said<br />
their purchase would deliver to them, as far as a<br />
benefit, and then they decide if what you said in<br />
your pre-sales cycle matches what they received in<br />
their post-sales cycle. If it does, then the customer<br />
buys from you a second time…and that’s when the<br />
relationship starts.<br />
Paul DiModica is president of DigitalHatch, a<br />
management-consulting company. DigitalHatch focuses<br />
on value-forward sales and marketing-management<br />
strategies that increase revenues. DiModica<br />
also is the author of the best-selling book, “Value<br />
Forward Selling, How to Sell to Management,” the<br />
new book, “Sales Management Power Strategies;”<br />
and the sales strategy newsletter, “BDM News.”<br />
Previously, he was VP of Strategy for Renaissance<br />
Worldwide, SVP of Sales and Marketing of Impressa<br />
and VP of Sales for Ibertech. DiModica is originally<br />
from Massachusetts.<br />
Readers may contact him by phone at (800) 238-<br />
0062 or Web site at www.pauldimodica.com. �
Defense Department Offers Guidance on<br />
Updated DFARS Specialty<br />
Metals Provision<br />
Compliance challenges remain for springmakers<br />
and wire suppliers<br />
By Rita Kaufman, Editor<br />
The U.S. Department of Defense recently issued<br />
a memorandum and class deviation in<br />
response to newly updated provisions of the Berry<br />
Amendment – the law that requires certain goods<br />
purchased by the DOD to be made in the U.S. or a<br />
“qualifying country.” For the spring industry, this<br />
memo contains some much-needed clarification of<br />
the specialty metals clause.<br />
The Berry Amendment<br />
The Defense Federal Acquisition Regulations<br />
Supplement (DFARS) includes the Berry Amendment,<br />
which is intended to ensure an adequate<br />
domestic industrial base and avoid dependence on<br />
foreign suppliers in times of adversity and war.<br />
At issue for springmakers who supply the defense<br />
industry is the Berry Amendment specialty<br />
metals clause, DFARS 252.225-7014, which restricts<br />
where materials used in defense equipment<br />
are made.<br />
The amendment was enacted in 1941, and the<br />
specialty-metals clause was adopted in 1973. In<br />
spring 2001, Congress revisited the Berry Amendment,<br />
largely in response to a controversy involving<br />
the Army’s procurement of black berets from foreign<br />
sources. Later that year, the amendment was<br />
made law, and the government began placing real<br />
emphasis on enforcement. In fact, the specialtymetals<br />
clause became a sticking point in negotiations<br />
over the 2007 defense authorization bill after<br />
several significant Pentagon contractors disclosed<br />
that they did not comply with the law because<br />
some of their suppliers have used foreign-produced<br />
specialty metal.<br />
Subsequently, the FY2007 Defense Authorization<br />
Act moved the specialty-metals clause out of<br />
the Berry Amendment and into a new statutory<br />
provision, Title 10, U.S.C. Section 2533b. The new<br />
law created an exception for certain commercially<br />
available electronic components, granted the DOD<br />
the authority to waive specialty metal requirements<br />
for products manufactured before the date the new<br />
statute was enacted, and established a Strategic<br />
Materials Board to recommend items critical for<br />
national security.<br />
The Specialty Metals Provision<br />
DFARS 252.225-7014 gives the following definition<br />
of “specialty metals”:<br />
Steel –<br />
● With a maximum alloy content exceeding one<br />
or more of the following limits: manganese, 1.65<br />
percent; silicon, 0.60 percent; or copper, 0.60 percent;<br />
or<br />
● Containing more than 0.25 percent of any<br />
of the following elements: aluminum, chromium,<br />
cobalt, columbium, molybdenum, nickel, titanium,<br />
tungsten, or vanadium;<br />
● Metal alloys consisting of nickel, iron-nickel,<br />
and cobalt base alloys containing a total of other alloying<br />
metals (except iron) in excess of 10 percent;<br />
● Titanium and titanium alloys; or<br />
● Zirconium and zirconium base alloys.<br />
It says these specialty metals incorporated in<br />
articles purchased by the DOD must be melted or<br />
produced in the United States or its outlying areas,<br />
or in the following “qualifying countries” (subsection<br />
225.872-1): Australia, Belgium, Canada,<br />
Denmark, Egypt, France, Germany, Greece, Israel,<br />
Italy, Luxembourg, Netherlands, Norway, Portugal,<br />
Spain, Sweden, Switzerland, Turkey, United Kingdom.<br />
(Austria and Finland may also be qualified on<br />
a purchase-by-purchase basis.)<br />
It further states that the clause does not apply<br />
to specialty metals “incorporated in an article<br />
manufactured in a qualifying country.”<br />
Complying with the Law<br />
The new emphasis on enforcement sent some<br />
springmakers and their suppliers scrambling to<br />
SPRINGS April 2007 9
determine if their products comply. “There was an<br />
unbelievable flood of customers requesting recertification<br />
of their material purchases,” says Terry<br />
Bartel Ph.D., general manager, wire division, Elgiloy<br />
Specialty Metals, Elgin, IL. “Some requests were<br />
for material that was shipped as long ago as 1986.<br />
The resources spent on amending these certifications<br />
have been a tremendous cost to us. Unfortunately,<br />
not all customers were satisfied because<br />
much of this material was not DFARS compliant – a<br />
direct result of customers wanting lower prices and<br />
10 SPRINGS April 2007<br />
not really being concerned that the material came<br />
from a DFARS country (or even aware that the requirement<br />
existed).”<br />
However, the new statutory provision may offer<br />
relief from such material recertification headaches.<br />
In a Dec. 6, 2006 memo with the subject<br />
“Class Deviation – Restriction on Procurement of<br />
Specialty Metals,” Defense Procurement and Acquisition<br />
Policy Director Shay Assad says, “A new onetime<br />
waiver is now established for contracts under<br />
which specialty metals were incorporated into<br />
items produced, manufactured or<br />
assembled in the United States<br />
prior to Nov. 16, 2006, and where<br />
final acceptance by the government<br />
takes place after that date.”<br />
Recognizing that many suppliers<br />
have been “inadvertently<br />
non-compliant” with the specialty<br />
metals provision of the Berry<br />
Amendment, Assad’s memo states,<br />
“the new provision allows for a period<br />
for suppliers at all levels of the<br />
supply chain to become compliant<br />
with section 2533b of Title 10.”<br />
Flowing Down the Supply Chain<br />
In contracts involving the six<br />
major defense programs, the specialty<br />
metals provision applies to<br />
all subcontractors.<br />
“When the government purchases<br />
an end product for one of<br />
the six major defense programs,<br />
components, including all parts<br />
and assemblies at all tiers must be<br />
compliant,” says Assad.<br />
The six major programs are:<br />
aircraft, missile and space systems,<br />
ships, tank and automotive items,<br />
weapon systems, and ammunition.<br />
In the statute, the term “automotive<br />
item” refers to self-propelled<br />
military transport vehicles. It does<br />
not include construction or support<br />
equipment, such as bulldozers,<br />
lifts, loaders or aircraft ground<br />
support equipment.<br />
However, there is a narrow exception<br />
that is triggered only if the<br />
DOD is buying third-tier or lower<br />
parts (not the end item or first- or<br />
second- tier component parts) directly<br />
from the prime contractor.<br />
Contractors providing directly to<br />
the government third-tier or lower
parts of an end item associated with one of the six<br />
major defense programs will no longer need to comply<br />
with the specialty metals provision.<br />
To clarify this exception, Assad offers an example:<br />
If a spare rocket motor were purchased as<br />
a contract line item, that spare rocket motor is a<br />
first-tier component of the missile and would still<br />
be covered, even if purchased separately from the<br />
missile system. If, for example, the rocket motor<br />
contains a power supply (second-tier item), and it<br />
was purchased as a separate item, it would also<br />
be covered by the new specialty metals provision.<br />
12 SPRINGS April 2007<br />
If, however, a third-tier or lower-level assembly or<br />
part, such as the printed circuit board [or a spring]<br />
contained within the rocket motor power supply, is<br />
purchased separately from the missile system (under<br />
a separate contract line item), the restriction<br />
does not apply.<br />
It’s also important to note:<br />
● The specialty metals provision does apply to<br />
“raw stock” of specialty metals purchased either<br />
directly by the DOD or through a contractor.<br />
● The provision does not apply to items, such<br />
as springs, that are third-tier or below parts and<br />
will not be used in one of the six<br />
major defense programs. In that<br />
case, the wire does not necessarily<br />
have to be melted in the U.S. or<br />
a qualifying country.<br />
Sourcing Compliant Material<br />
For springmakers looking for<br />
DFARS-compliant material, the<br />
search can be difficult in certain<br />
cases, but not impossible, say<br />
wire suppliers.<br />
“In my experience, by far the<br />
greatest demand for DFARScompliant<br />
spring wires appears<br />
to be for the more specialty wires,<br />
such as nickel-coated stainless<br />
and nickel-coated 17/7 PH,” says<br />
David Merrills, vice president of<br />
Industrial Steel & Wire in Bristol,<br />
CT. “I’m not sure if all of these<br />
wires are obtainable domestically,<br />
but arguably the highest quality<br />
wires come from Japan or Korea,<br />
both of which are not qualifying<br />
countries.”<br />
“We haven’t had any scenarios<br />
where we haven’t been<br />
able to obtain DFARS-compliant<br />
material,” says Brian E. Burr,<br />
general manager of Sumiden Wire<br />
Products Corp., Dickson, TN.<br />
“However, we have encountered<br />
problems obtaining high-quality<br />
DFARS-compliant material.”<br />
“Since we deal with the more<br />
exotic alloys,” says Bartel, “those<br />
requiring DFARS-compliant material<br />
have seen higher prices<br />
because of the higher priced raw<br />
material. This is not an absolute<br />
truism but does occur more than<br />
we would like. The two alloys that<br />
come to mind for us are X-750
and MP35N. DFARS-compliant sources are higher<br />
priced.”<br />
“It is often easy to find lower priced raw material<br />
that is not DFARS compliant from foreign<br />
sources due to advantageous currency exchange<br />
rates, suspect quality or foreign government subsidies,”<br />
explains Burr.<br />
Another item in the new provision that could<br />
apply to springmakers is a revised domestic nonavailability<br />
exception. A Domestic Non-Availability<br />
Determination (DNAD) may be granted “if compliant<br />
specialty metal cannot be procured as and<br />
when needed in the required form,” says Assad.<br />
“For example, domestic specialty metal may not be<br />
available in the bar stock required to produce fasteners,<br />
or the specialty metal may not be available,<br />
as and when needed, in the forged or milled form<br />
that is required. When considering a DNAD, one of<br />
the factors that should be addressed is whether the<br />
price of a compliant metal is fair and reasonable, in<br />
accordance with FAR 15.402.”<br />
Electronic Component Exception<br />
A new exception for electronic components was<br />
also included in the recent statutory provision.<br />
The exception applies to “commercially available<br />
electronic components whose specialty metal con-<br />
14 SPRINGS April 2007<br />
tent is de minimis in value compared to the overall<br />
value of the lowest level component produced that<br />
contains such specialty metal,” says Assad. “The<br />
Department will use ‘does not exceed 10 percent’<br />
for the de minimis standard for specialty metals<br />
contained in electronic components.” An item can<br />
be an “electronic component” regardless of the tier<br />
of the end product in which it is installed.<br />
To clarify the electronic component exception,<br />
Assad offers the following example:<br />
A contractor is providing an aircraft as the<br />
end product, but purchases radio communication<br />
equipment for the aircraft from a subcontractor.<br />
The subcontractor is the producer of the radio<br />
communication equipment, buying electronic parts<br />
to assemble. The value of the radio communication<br />
equipment’s specialty metal content must be less<br />
than 10 percent of the value of the radio communication<br />
equipment. The individual electronic parts<br />
assembled into the radio communication equipment<br />
are not the electronic components against<br />
which the de minimis value of the specialty metal<br />
must be calculated, because they are not produced<br />
by the subcontractor. It is not necessary to know<br />
the exact value of the specialty metal, only to reasonably<br />
estimate that it is less than 10 percent of<br />
the total value.
Qualifying Country Exception<br />
As mentioned earlier, specialty metals must be<br />
melted in the United States, its outlying areas or in a<br />
qualifying country. However, DFARS 252.225.7014<br />
states that the clause does not apply to specialty<br />
metals “incorporated in an article manufactured in<br />
a qualifying country.” This would seem to create a<br />
loophole for manufacturers in qualifying countries.<br />
As confirmed by the DOD, the following scenarios<br />
are correct interpretations of the specialty metals<br />
provision:<br />
1. A spring manufacturer in a qualifying country<br />
can use wire that was melted in any country<br />
and sell the springs (at any tier) for use in one of<br />
the six major defense programs. (The wire would be<br />
incorporated in an article manufactured in a qualifying<br />
country.)<br />
2. A spring manufacturer in the U.S. must use<br />
wire that was melted in the U.S. or a qualifying<br />
country in order to sell the springs for use in one<br />
of the six major defense programs. Two exceptions<br />
would be if the spring was a third-tier or below part<br />
that was purchased directly by the government (not<br />
as part of an end product), or if the spring would<br />
fall under the electronic component exception.<br />
<strong>Spring</strong>makers and others who would consider<br />
taking advantage of this loophole should use caution,<br />
however. The DOD, Congress and lobbyists<br />
continue to debate the specialty metals provision,<br />
so new guidelines could be forthcoming.<br />
Ongoing Compliance Issues<br />
Going forward, wire suppliers can include the<br />
country of melt on their test certificates, so tracking<br />
the origin of the material shouldn’t be a problem<br />
in the future.<br />
But what happens to existing material in the<br />
supply chain that was intended for defense contracts?<br />
“It renders some of our stock of wire as<br />
obsolete, as well as stocks of finished springs made<br />
and stocked by our customers,” says Merrills.<br />
Even if that weren’t an issue, suppliers would<br />
still be left with compliance costs.<br />
“The biggest problem we find in conforming to<br />
the Berry Amendment is maintaining and segregating<br />
compliant and noncompliant materials,” says<br />
Burr. “It becomes very costly to maintain two inventories<br />
of products.<br />
“The regulation forces us to have an even larger<br />
supplier base,” says Bartel, “so we can supply those<br />
who require DFARS compliant material and those<br />
who do not. Those who do not require DFARS are<br />
not willing to pay the higher prices for this material,<br />
so we are forced to maintain a dual inventory.<br />
Thus we have more material and increased costs to<br />
operate our business.”<br />
SPRINGS April 2007 15
“As a warehouse and distributor of wire, we do<br />
not know whose wire to stock,” says Merrills. “We<br />
never know who the specific customer will be at<br />
any one time, and certainly we have no idea who<br />
their customer will be (i.e. the military).”<br />
Pros and Cons<br />
Some believe that laws like the specialty metals<br />
provision contradict free trade policies. They say<br />
the presence and degree of competition is the most<br />
effective way to promote efficiency and improve<br />
quality.<br />
“As much as I would like to be able to supply all<br />
of our customers with DFARS (or even better, domestic)<br />
material, I have to believe that we are being<br />
forced into a situation where our competitiveness is<br />
being eroded by the higher prices for DFARS compliant<br />
material.” says Bartel. “I understand the desire<br />
to have implemented such a program, but the world<br />
is growing smaller every day and, whether I or anyone<br />
else likes it, we are truly in a world market.”<br />
On the other hand, some believe that key U.S.<br />
sectors need the protections afforded by the Berry<br />
Amendment. Proponents argue that it is important<br />
in periods of commercial downtime for the specialty<br />
metals industry. Without it, some say, the industry<br />
could go out of business – a scenario that would,<br />
16 SPRINGS April 2007<br />
in turn, deprive the government of strong defense<br />
resources.<br />
“It is our belief the Berry Amendment helps the<br />
U.S. spring market by erecting significant barriers<br />
to importation of low-priced non-DFARS foreignproduced<br />
springs,” says Burr. Another reason the<br />
law should remain in place, he says, is to “ensure<br />
a continuation of domestic-sourced defense materials.”<br />
Regardless of individual philosophies, the<br />
spring industry must comply with the law if it wants<br />
to do business with the DOD. Limited availability of<br />
certain materials, higher prices or longer lead times<br />
may sometimes be encountered. However, there is<br />
one thing that could relieve such pressures, says<br />
Merrills: “This regulation excludes two of this<br />
nation’s largest ‘friendly’ trading partners, Japan<br />
and South Korea. If these two countries were to be<br />
included or classified as ‘qualifying countries,’ then<br />
I don’t believe the spring industry would have any<br />
real issues with DFARS.”<br />
Rita S. Kaufman CAE is the editor of <strong>Spring</strong>s<br />
magazine and communications director of the<br />
<strong>Spring</strong> Manufacturers Institute. Readers may contact<br />
her by phone at (630) 495-8588 or e-mail at<br />
editor@smihq.org. �
OSHA Expands its<br />
Amputation Program<br />
OSHA has begun targeting industries, including<br />
springmaking, that use any equipment that<br />
could cause amputations. Since 2002, SMI has<br />
been advising its members to make certain that their<br />
power presses (punch presses) are guarded in accordance<br />
to OSHA standards in CFR 1910.217. OSHA<br />
has a special National Emphasis Program (NEP) on<br />
this equipment and has conducted thousands of<br />
inspections to enforce power press guarding. Now<br />
they have expanded the special-emphasis program<br />
to include other types of machinery and equipment.<br />
This new directive applies to any general-industry<br />
workplace where any machinery and equipment<br />
likely to cause amputations is present.<br />
This new directive will target industries associated<br />
with amputations rather than equipment associated<br />
with amputations. OSHA will be concentrating on a<br />
company’s failure to apply proper machine guarding<br />
techniques and control of energy hazards during servicing,<br />
maintenance and setup activities, which are<br />
the primary causes of amputations.<br />
Most companies in the 3400 series of Standard<br />
Industrial Classification (SIC) are included in the NEP<br />
and will be targeted for an enforcement inspection. This<br />
includes SICs 3493, 3495, 3496 and 3499.<br />
Standards that are generally recognized as being<br />
related to amputation hazards and are now included<br />
in the targeting program are:<br />
● 1910.147 – Lockout/Tagout.<br />
● 1910.219 – Power transmission (belt and pulley<br />
guarding).<br />
● 1910.212 – General guarding on all machinery.<br />
● 1910.213 – Woodworking machinery.<br />
● 1910.217 – Mechanical power presses.<br />
In focusing on specific industries, OSHA will<br />
combine its enforcement data for these standards<br />
with the Bureau of Labor Statistics’ (BLS) amputation<br />
numbers and rates.<br />
OSHA’s Top 10 Violations for 2006<br />
OSHA released its top 10 most frequently cited<br />
standards and those with the highest penalty assessments<br />
for 2006. Seven of the top 10 were in general<br />
industry, with three falling under the construction<br />
industry standards. These are the top seven for<br />
general industry:<br />
Be<br />
Aware<br />
Safety Tips<br />
from Jim Wood<br />
1. Hazard Communication 1910.1200.<br />
2. Respiratory Protection 1920.134.<br />
3. Lockout/Tagout 1910.147.<br />
4. Power Industrial Trucks (Forklifts) 1910.178.<br />
5. Electrical, Work Practices 1910.305.<br />
6. Machine Guarding, general 1910.212.<br />
7. Electrical, Systems Design 1910.303.<br />
Highest Penalties for General Industry<br />
1. Machine Guarding, general 1910.212.<br />
2. Lockout/Tagout 1910.147.<br />
3. Process Management, Hazardous Chemicals<br />
1910.119.<br />
4. Power Industrial Trucks (Forklifts) 1910.178.<br />
5. Guarding Floor and Wall openings 1910.23.<br />
6. General Duty Clause 5 (a)(1).<br />
Jim’s Regulatory Tip<br />
Because of the National Emphasis Program<br />
(NEP) on amputations, hundreds if not thousands<br />
of enforcement inspections will be directed toward<br />
the manufacturing sector with an SIC in the 3400<br />
group. If your company falls within this SIC group<br />
or if you have had an amputation accident, be prepared.<br />
Adequate machine guarding is a must, along<br />
with a strong (enforced) Lockout/Tagout program.<br />
OSHA Turned 35<br />
“In 1971, nearly 14,000 people died on the job. In<br />
2005, the number was down to 5,700 people, despite<br />
the fact that twice as many people are working today,<br />
compared to 35 years ago. To put these numbers into<br />
context, if we still had a fatality rate as high as 1971,<br />
more than 23,000 people would have died on the job<br />
last year.” – Edwin Foulke, OSHA Administrator �<br />
Jim Wood is an independent regulations<br />
compliance consultant to SMI. A certified<br />
instructor of the OSHA Out-Reach Program,<br />
Wood conducts seminars, plant Safety<br />
Audits and In-House Safety Training. These<br />
programs help companies create safer work<br />
environments, limit OSHA/Canadian Ministry<br />
of Labor violations and insurance costs,<br />
and prepare for VPP or SHARP certification.<br />
He also offers safety advice and information<br />
by phone at (630) 495-8597 or e-mail at regs@smihq.org.<br />
SPRINGS April 2007 17
Overseas<br />
PCB Piezotronics Inc., a PCB Group Co., Depew,<br />
NY, has established a direct sales office to serve customers<br />
in the United Kingdom, PCB Piezotronics<br />
Ltd. Located in Hitchin, Herts, PCB Piezotronics Ltd.<br />
will provide direct sales and customer support for all<br />
PCB Piezotronics and IMI Sensors product lines. It<br />
will also offer focused specialty product and program<br />
support in the areas of aerospace, defense, test and<br />
measurement, and automotive applications.<br />
PCB Piezotronics designs and manufactures<br />
force, torque, load, strain, pressure, acoustic and<br />
vibration sensors, as well as ICP technology.<br />
Sandvik Tooling in Sandviken, Sweden, has<br />
reached an agreement with the American private<br />
equity company Littlejohn & Co. LLC to acquire<br />
Diamond Innovations Inc., formerly the superabrasives<br />
division of General Electric.<br />
Diamond Innovations develops and produces<br />
synthetic diamond and cubic boron nitride products<br />
for such industrial applications as machining,<br />
grinding and wire drawing. The head office is located<br />
in Worthington, OH, with other offices in Florida,<br />
Ireland and Hong Kong. Sales are equally distributed<br />
between the Americas, Europe and Asia.<br />
Exhibitor kits for wire 2008, International<br />
Trade Fair for Wire and Cable are available. The<br />
international event for the industry will be held in<br />
Düsseldorf, Germany, March 31 to April 4, 2008.<br />
About 1,100 international exhibitors on over 540,000<br />
square feet of exhibit space and 37,000 visitors are<br />
expected to take part. At wire 2008, trade visitors<br />
from around the globe will find the latest machinery<br />
and equipment for wire production and processing,<br />
as well as raw materials.<br />
For an exhibitor kit or visitor information, contact<br />
Messe Düsseldorf North America by phone at<br />
(312) 781-5180 or e-mail at info@mdna.com.<br />
Overseas Events<br />
April 18-20, 2007: 7th Wire and Cable Expo<br />
International Exhibition and Conference, New<br />
Delhi, India, Intech Trade Fairs Pvt., +91-22-<br />
26861040, www.intechtradefairs.com.<br />
June 7-8, 2007: VDFI Annual Convention,<br />
Gelsenkirchen, Germany, VDFI, fax +49 2331<br />
587484, www.vdfi.wsu.de.<br />
June 21-24, 2007: 8 th China Int’l Fasteners<br />
<strong>Spring</strong> & Equipment Exhibition, Guangzhou,<br />
China, Julang Exhibition Co. Ltd., +86-20-38620782,<br />
www.julang.com.cn.<br />
Sept. 26-29, 2007, 5 th International Mould<br />
& Die Making and Manufacturing Technology<br />
Exhibition for Asia, Guangzhou, China, Business<br />
and Industrial Trade Fairs Ltd., (852) 2865 2633,<br />
www.mould-die.com.<br />
Oct. 16-18, 2007: wire Southeast Asia, Bangkok,<br />
Thailand, Messe Düsseldorf, (312) 781-5180,<br />
www.messe-dusseldorf.de.<br />
Nov. 2, 2007: JSSE 60 th Anniversary International<br />
Symposium, Nagoya, Japan, JSSE,<br />
+81-3-3251-5235, www.soc.nii.ac.jp/jssr.<br />
March 31-April 4, 2008: wire 2008, International<br />
Trade Fair, Düsseldorf, Germany, Messe<br />
Düsseldorf North America, (312) 781-5180,<br />
info@mdna.com.<br />
North America<br />
Wheelabrator Plus in<br />
LaGrange, GA, has announced<br />
that Tim McLaughlin has<br />
joined the company as territory<br />
account manager, with<br />
account responsibility for<br />
Ohio, Kentucky and West<br />
Virginia. He has more than 31<br />
years of experience in abrasive<br />
blast cleaning equipment,<br />
peening applications and abrasives, and retired as<br />
CEO of McLaughlin Inc., Middletown, OH in 2004.<br />
He most recently served as sales manager for Ervin<br />
Industries in Ann Arbor, MI. Wheelabrator provides<br />
surface preparation and finishing solutions.<br />
Furnace Fixers Inc. has moved to larger headquarters<br />
in Streamwood, IL, which will allow the<br />
company to build larger machines and to start<br />
stocking frequently purchased furnaces. The new<br />
address is: 308A Roma Jean Pkwy., Streamwood,<br />
IL 60107; telephone (630) 736-0670; fax (630)<br />
736-0680; e-mail info@furnacefixers.com; Web site<br />
www.furnacefixers.com.<br />
Sandvik Hard Materials has reached an agreement<br />
with Rexam to acquire the beverage can tooling<br />
business in Rexam’s North American Equipment<br />
Manufacturing Division in Chicago, IL. The operation,<br />
including machinery and equipment, will be<br />
transferred to Sandvik Hard Materials’ existing can<br />
tooling plant in Minneapolis, MN.<br />
SPRINGS April 2007 19
John Mitteer, responsible for many innovations<br />
and patented designs in the spring industry, has<br />
formed a new company, Wire Equipment LLC. The<br />
new company will operate out of Portland, OR, with<br />
a sales and service office in Michigan.<br />
Mitteer, a former U.S. Baird employee, will be<br />
joined by several other U.S. Baird expatriates to<br />
provide the latest in imported as well as homegrown<br />
product solutions.<br />
Wire Equipment LLC supplies CNC coilers, CNC<br />
benders, CNC<br />
wire formers,<br />
strip forming<br />
equipment and<br />
custom equipment<br />
with wire<br />
ranges up to<br />
20 mm. These<br />
machines can<br />
offer domestic<br />
controls with off-the-shelf replacement and worldwide<br />
support. Also available is support equipment,<br />
including de-reelers, ovens and gauging systems.<br />
Service retrofits and parts for a variety of machines,<br />
including U.S. Baird, JM Systems, Minyu, Wafios,<br />
OMCG, Torin and Aim, are available. Wire Equipment<br />
is the newly appointed distributor and exclusive sup-<br />
20 SPRINGS April 2007<br />
plier of Minyu products and parts in North America.<br />
New to Minyu is a patented wire-rotate mechanism<br />
for its 1240 machine. Also, specialized control retrofits<br />
are available for existing Minyu machines,<br />
replacing the old controls with worldwide-supported<br />
Parker controls.<br />
Wire Equipment LLC’s phone number is (503)<br />
793-7287, and the fax number is (503) 692-4575.<br />
Tak Enterprises Inc. of Bristol, CT, achieved<br />
several milestones as it completed its 25 th year of<br />
business. Business partnership arrangements were<br />
formalized that allow Tak Enterprises to offer turnkey<br />
system solutions for contact welding, assembly, CNC<br />
wire forming and stamping as part of its ISO 9001:<br />
2000-certified contract production service. Tak also<br />
introduced<br />
a new servo<br />
feed system;<br />
incorporated<br />
Allen<br />
Bradley PLC<br />
hardware in<br />
its standard<br />
feed and cutoff systems; added direct and indirect<br />
sales personnel in California, Michigan, Illinois, Indiana<br />
and Florida; added a new line of medium-duty<br />
wire payoffs; developed an interactive Web site; and<br />
more during its 25 th year. Tak’s partnerships not<br />
only span the country, with companies like Spectral<br />
Systems of California and Wire Equipment LLC of<br />
Oregon, but also cross the ocean to companies like<br />
Stanzbiegetechnik of Austria. Established in 1981<br />
by Thomas A. Kunkler and Rienehart Hermann, Tak<br />
Enterprises has conducted business out of Bristol<br />
since its inception, starting in a 1,000-square-footbuilding<br />
and eventually expanding to its current<br />
30,000-square-foot-facility.<br />
The Chicago Association of <strong>Spring</strong> Manufacturers<br />
(CASMI) board of directors was elected by a<br />
vote of its membership, and the board subsequently<br />
elected its officers. They are as follows: Dan Bishop,<br />
president; Joe Sirovatka, vice president; Rick Ross,<br />
secretary/treasurer; Stanley J. Banas, immediate<br />
past president and show chairman; Robert Henneberry,<br />
past president/director; Rick Richter, past<br />
president/director; and Dan Pesaresi Jr., director.<br />
All were installed for their two-year terms at the<br />
dinner dance held in February.<br />
The event provided CASMI members and suppliers<br />
an opportunity to get to know CASMI’s new<br />
executive director, Tom Renk.<br />
CASMI’s new contact information is: 1801 N. Mill<br />
St., Suite R, Naperville, IL 60563; phone (630) 369-<br />
3466; fax (630) 369-3773; e-mail tom@casmi.org.
InterWire Products (IWP) has opened a new<br />
30,000-square-foot facility in Fort Mill, SC, to service<br />
the wire markets in Tennessee, Georgia, North Carolina<br />
and South Carolina. “We initiated this expansion<br />
in direct response to our growth and success in the<br />
marketplace,” says Frank Cardile Jr., president.<br />
This follows IWP’s recent expansion into Michigan,<br />
with an 80,000-square-foot facility. The two new<br />
facilities, plus the existing locations, give IWP a total<br />
of 430,000 square feet of warehousing throughout<br />
the United States. IWP South Carolina is located<br />
at 4217 Pleasant Rd., Fort Mill, SC 29715, (803)<br />
802-0010.<br />
Newcomb <strong>Spring</strong> Corp. has announced the<br />
relocation of two of its plants. Newcomb <strong>Spring</strong> of<br />
Carolina and Resortes Newcomb have expanded to<br />
new, state-of-the-art facilities. Newcomb <strong>Spring</strong> of<br />
Carolina’s address now is 4128 Barringer Dr., Charlotte<br />
NC 28217. Resortes Newcomb’s new address is<br />
3700 Durazno St., El Paso, TX 79905. The e-mail,<br />
phone and fax numbers for these locations remain<br />
the same.<br />
The Wire Association International (WAI) has<br />
introduced “how-to” production solutions demonstrations<br />
as part of Interwire 2007, May 5-10, 2007<br />
22 SPRINGS April 2007<br />
in Cleveland, OH. Sessions will be held Tuesday, May<br />
7 and repeat on Thursday, May 9. Topics include:<br />
Ferrous Wire Breaks, Nonferrous/Electrical Wire<br />
Breaks, How to Improve System Life, Die Inspection,<br />
Boost Lubricity in Aging Systems, and Cold<br />
Pressure Welding.<br />
JD Norman Industries acquired the assets of<br />
KL Industries in December 2006. The manufacturing<br />
facilities of KL in Addison, IL, and Marion, SC,<br />
will continue operations under JD Norman Metal<br />
Technologies Inc., a subsidiary of JD Norman<br />
Industries.<br />
The addition of the KL Industries facilities<br />
expands JD Norman’s manufacturing capabilities,<br />
including increased fourslide capacity, expanded<br />
tonnage in the press business, and a wider wire<br />
size range in the coiled product segment.<br />
North American Events<br />
May 5-10, 2007: Interwire 2007, Cleveland, OH,<br />
WAI, (203) 453-2777, www.wirenet.org.<br />
May 5-10, 2007: International Fastener Exposition,<br />
Cleveland, OH, co-locating with Interwire 2007,<br />
IFSM (800) 688-1698, e-mail: rzirkle@bsales.com.<br />
May 15-17, 2007: The Successful Measurement<br />
of Dynamic Force, Pressure and Acceleration,
Buffalo, NY, PCB Piezotronics, (800) 828-8840 Ext.<br />
2465, www.pcb.com/events.<br />
May 22-24, 2007: Six Sigma in Sales and<br />
Marketing, Chicago, IL, WCBF, (800) 959-6549,<br />
www.wcbf.com/quality/5074.<br />
Sept. 24-27, 2007: National Manufacturing<br />
Week, co-locating with Assembly<br />
Technology Expo, Quality Expo, Electronics<br />
Assembly Show and Plastec Midwest, Rosemont,<br />
IL, Canon Communications, (310) 445-4200; e-mail<br />
www.canontradeshows.com.<br />
March 8-11, 2008, SMI Annual Convention<br />
and 75th Anniversary Reunion Celebration, Palm<br />
Desert, CA, SMI, (630) 495-8588, www.smihq.org.<br />
Oct. 15-17, 2008: <strong>Spring</strong> World 2008, Rosemont,<br />
IL, CASMI, (630) 369-3772, www.springworld.org.<br />
__________________________<br />
It is with deep regret that <strong>Spring</strong>s announces the<br />
passing of August “Gus” Kollom, Stanley R. Bilik,<br />
Sr., William J. Bohnen, Margaret “Marge” Mell,<br />
Betty Gwendoline Wallbank and Ronald Arthur<br />
“Ron” Richter.<br />
August “Gus” Kollom was CEO and owner<br />
of Northwest Fourslide Inc. in Sherwood, OR. He<br />
founded the company in 1979 and had been a<br />
long-time member of SMI. He will be missed by his<br />
wife and family, employees, business partners, and<br />
customers.<br />
William J. Bohnen died in November, 2006<br />
after a long illness. He was president and owner of<br />
Guardian Metal Sales Inc. in Morton Grove, IL He<br />
is survived by his wife, Linda; his children Laurie,<br />
Joshua and Leslie (Kevin) Murphy; and his grandson,<br />
William Murphy. His daughter Marcia preceded<br />
him in death. Survivors also include his sisters, Gail<br />
(James) Cummings and Ann (Jay) Mommsen; brothers,<br />
James and Stephen (Jana) Bohnen; and nieces<br />
and nephews.<br />
Margaret “Marge” Mell died December 3, 2006<br />
of a rare brain disease. While she was best known<br />
as the wife of Chicago Alderman, Dick Mell, and<br />
the mother-in-law of Illinois Governor Rod Blagojevich,<br />
she also was a successful businesswoman<br />
managing the R.F. Mell <strong>Spring</strong> and Manufacturing<br />
Co. in Chicago, a past member of SMI and CASMI.<br />
She is survived by her husband, Dick; her children,<br />
Patti (Rod) Blagojevich, Deborah Mell and Richard<br />
D. (Angi) Mell; and grandchildren, Amy, Anne and<br />
Justin.<br />
Stanley R. Bilik Sr. died January 6, 2007. He<br />
was a founder of All-Rite <strong>Spring</strong> Co. in <strong>Spring</strong> Grove,<br />
IL, and a member of SMI. He is survived by his wife,<br />
Maria; daughters, Gwen Jacobs and Dorothy (Virgil)<br />
Knowland; and sons, Robert (Lori), Edward (Mary)<br />
and Stanley (Natalie) Bilik. He was grandfather of 14,<br />
great-grandfather of 20 and great-great-grandfather<br />
of three. He was brother of Sophie Verba, Edward<br />
(Philomena) Bilik and Walter (Bernice) Bilik. He was<br />
the husband of the late Frances and father of the<br />
late Sharon Bilik.<br />
Betty Gwendoline Wallbank, age 77, died February<br />
11, 2007 after a battle with cancer. Born in<br />
Redditch, Worcestershire, England, she and her<br />
husband, Phil, moved to Canada in 1953 with their<br />
first two sons. In 1954, Phil, with Betty’s assistance,<br />
started a spring manufacturing business near Washington,<br />
Ontario. P.J. Wallbank Manufacturing Co.<br />
has grown to over 100 employees, and Betty was<br />
active in the company until a few weeks before her<br />
death. Members of SMI, Betty and Phil “danced up<br />
a storm” at many conventions. She is survived by<br />
Phil, her husband of 58 years; three sons, Tony<br />
(Linda), Mel (Mariette) and Keith (Lisa); and nine<br />
grandchildren.<br />
Ronald Arthur “Ron” Richter died in February<br />
2007, after a battle with Parkinson’s Disease.<br />
An active member of SMI and CASMI, he was the<br />
president of R-R <strong>Spring</strong> Corp. in Addison, IL. He is<br />
survived by his wife, Ruth; his sons, Ronald “Rick”<br />
(Wendy) and Randall “Randy” (Bette) Richter; six<br />
grandchildren; his sister, Lynne (John) Legrady;<br />
brother-in-law, Ray (Annette) Thomas; and several<br />
nieces and nephews. �<br />
SPRINGS April 2007 23
W e<br />
Words That Sell<br />
Proven words that can motivate prospects to do business with your company<br />
all know the English language contains<br />
hundreds of thousands of words. But did<br />
you know that only 21 of them can easily sell<br />
your clients? Yes, it’s true. When you know what<br />
these proven words are and how to use them to<br />
your company’s benefit, you’ll save both time and<br />
money when selling to prospects. In fact, once you<br />
master the use of these 21 words, your business<br />
will quickly get the results it deserves. (Hint: this<br />
paragraph contains 10 of the 21 words. Did you<br />
spot them all?)<br />
What’s in a Word?<br />
The exact words you use in your company’s<br />
marketing materials can make the difference between<br />
success and failure.<br />
Choose the right words,<br />
and your prospects will<br />
find you and your company<br />
irresistible. Choose the<br />
wrong words, and you’ll<br />
spend most of your time<br />
convincing prospects to<br />
do business with you. Why<br />
waste your time selling<br />
prospects on your products<br />
or services when you<br />
can let strategically written<br />
marketing pieces do<br />
the work for you? When it<br />
comes to writing marketing<br />
pieces, your word choices<br />
do matter. Following are<br />
the top 10 of the 21 words<br />
that sell. Use them wisely,<br />
and watch your marketing response rates soar.<br />
The Top 10 Words that Sell<br />
1. You/your - “You” is the most powerful word in<br />
the English language. It’s more powerful than the<br />
word “money;” it’s more powerful than the word<br />
“sex.” Prospects want to feel as if you’re talking to<br />
them directly, and the word “you” accomplishes<br />
just that. So instead of writing, “Our clients report<br />
increased productivity as a result of using<br />
the Widget 2100,” write, “You will experience increased<br />
productivity as a result of using the Widget<br />
2100.” Keep every sentence in your prospect’s<br />
perspective.<br />
By Dawn Josephson, Cameo Publications<br />
2. Money - Ask people what they wish they had<br />
more of, and chances are they’ll say “money.” People<br />
love to save money just as much as they love to<br />
earn it. So if a benefit of your product or service is<br />
that it saves people money or helps them earn more<br />
money, state it along with a monetary figure people<br />
can grasp. For example: “Using the Widget 2100<br />
saves you money – over $5,000 per year!”<br />
3. Health/healthy - The second thing people<br />
wish they had more of is good health. People want<br />
products and services that are going to either improve<br />
their health or not negatively impact it. For<br />
example: “Vitamin X improves your health and well<br />
being by… or “Pesticide Y has no known health implications,”<br />
or “Product Z is part of a healthy diet.”<br />
4. Guarantee/guaranteed<br />
- By nature, most<br />
people are not risk takers.<br />
They want assurance<br />
that they’re not wasting<br />
their money, and that your<br />
product or service can live<br />
up to its claims. By giving<br />
some sort of guarantee,<br />
you put prospects at ease<br />
and make them trust you.<br />
For example: “We’re so<br />
confident the Widget 2100<br />
will work for you that we<br />
offer a full money-back<br />
guarantee.”<br />
5. Easy/easily - Between<br />
40+ hour workweeks and<br />
increasing demands at<br />
home, people want things<br />
that are easy. They don’t want products or services<br />
that are going to make their lives more difficult. So<br />
always state how easy your company makes things.<br />
For example: “The Widget 2100 makes it easy for<br />
you to…” Or, “With the Widget 2100, you can easily<br />
remove spots from your carpet once and for all.”<br />
6. Free - Everyone loves getting something for<br />
nothing. That’s why the word “free” continues to be<br />
one of the top selling words of all time. Realize that<br />
the free offer doesn’t have to have a high monetary<br />
value, just a high perceived value. Some freebies<br />
that work include: “Free consultation,” “Free estimate,”<br />
“Free report,” “Free shipping” and “Buy one<br />
get one free.”<br />
SPRINGS April 2007 25
7. Yes - Face it, you love being told “yes,” don’t<br />
you? “Yes” means you have permission, you were<br />
right, or you can get what you want. “Yes” is one<br />
of the most pleasing words to the human ear. So<br />
tell your prospects “yes” often. For example, in<br />
your marketing materials, you can ask a series of<br />
positive yes/no questions, and then write, “If you<br />
answered ‘yes’ to any of these questions, then the<br />
Widget 2100 is what you’ve been searching for.”<br />
8. Quick/quickly - In today’s microwave age society,<br />
people want things quickly. They don’t want<br />
to wait weeks or even days for the results you promote.<br />
They want to know they’ll see a quick return<br />
for their investment now. So while the perception<br />
of quick results may vary from person to person,<br />
as long as you know that your product or service is<br />
quicker than something else, state it. For example:<br />
“Lose weight quickly,” “Make money quickly,” and<br />
“Quick and tasty meals from your own kitchen.”<br />
9. Benefit - Most written marketing pieces do<br />
state the benefit of the product or service; however,<br />
they neglect to actually use the word “benefit.”<br />
When people read the word “benefit,” they subconsciously<br />
perk up. They know they’re about to learn<br />
something that will impact their lives, so they want<br />
to know more. For example, “As an added benefit to<br />
this product, you get (state the benefit).”<br />
26 SPRINGS April 2007<br />
10. Person’s name - People love to hear the<br />
sound of their own name and they love to read their<br />
name in print. That’s why so many souvenir shops<br />
sell personalized items – from magnets to coffee<br />
mugs. Including the prospect’s name in a marketing<br />
piece, especially in the middle of the sentence,<br />
boosts attention levels. For example, “As you can<br />
see, Steve, the Widget 2100 makes perfect sense<br />
for your needs.”<br />
The Remaining 11<br />
The other eleven words that sell are:<br />
1. Love<br />
2. Results<br />
3. Safe/safely<br />
4. Proven<br />
5. Fun<br />
6. New<br />
7. Save<br />
8. Now<br />
9. How-to<br />
10. Solution<br />
11. More<br />
While synonyms to these 21 words are acceptable,<br />
synonyms are not as powerful as the actual<br />
word itself. So in order to not appear redundant<br />
in your marketing piece, use the appropriate word<br />
wisely, and don’t overdo it. As your marketing writing<br />
prowess increases, consider combining words<br />
that sell in the same sentence. For example, maybe<br />
your product works “quickly, safely, and easily.”<br />
Or, perhaps your service makes cooking “easy and<br />
fun.” Or, are your “proven results guaranteed?”<br />
You get the idea. Since short marketing pieces are<br />
more powerful than long ones, make sure every<br />
sentence packs a punch.<br />
When you use these 21 words in every marketing<br />
piece, you quickly increase your prospect’s<br />
interest in what you write, which ultimately leads<br />
to more money for you. So master the use of these<br />
proven words now. Doing so, dear reader, gives you<br />
the easy solution to low marketing response rates<br />
you’ve been waiting for.<br />
Can you do it? Yes! And you’re going to love the<br />
results. Guaranteed!<br />
Dawn Josephson is the president and founder<br />
of Cameo Publications, an editorial and publishing<br />
services firm. She helps professionals transform<br />
their ideas into written material. She is the author<br />
of Putting It On Paper: The Ground Rules for<br />
Creating Promotional Pieces that Sell Books (ISBN<br />
0-9744966-1-8). Readers may contact her via e-mail<br />
at dawn@cameopublications.com or phone at (843)<br />
785-3770. �
Cautionary Tale XXXIV<br />
Global Challenges<br />
By Mark Hayes<br />
The global marketplace is not a level playing field.<br />
There are significant factors that distort markets.<br />
We all understand and accept that labor rates are<br />
vastly different across the spring manufacturing<br />
countries of the world. So, will all spring manufacturing<br />
become concentrated in low-labor-cost<br />
countries? The answer to this question must give<br />
cause for concern unless you are in China, India,<br />
Eastern Europe or parts of the Far East, where costs<br />
are low and growth can exceed 20% per annum.<br />
Whereas the spring trade is<br />
very buoyant in these parts of<br />
the world, it is not yet impossibly<br />
bad in the U.S., Europe and<br />
Japan, but will it continue? Are<br />
springmaking jobs safe?<br />
I recently gave a talk to the<br />
UK Fasteners Industry about<br />
hydrogen embrittlement, a topic I may well revisit one<br />
day in this column. However, one of the other speakers<br />
at the seminar described the way the fastener<br />
industry in the UK had been decimated, with 84%<br />
of all fasteners being imported today. Contrast this<br />
with the spring industry, not dissimilar in makeup<br />
to the fastener business, and you find that less than<br />
16% of the UK requirement for springs is imported.<br />
So why this massive difference between industries?<br />
First, it has to be stated that the UK market has as<br />
level a playing field as anywhere in the world, and it is<br />
a moderately high-wage economy with a strong currency.<br />
There are no industrial or energy subsidies, no<br />
import/export tariffs with Europe, and low tariffs with<br />
the rest of the world, so why has the fastener industry<br />
been lost to market forces but not springmaking?<br />
Mark Hayes is the Senior Metallurgist<br />
at the Institute of <strong>Spring</strong> Technology<br />
(IST) in Sheffield, England. Hayes manages<br />
IST’s spring failure analysis service,<br />
and all metallurgical aspects of advice<br />
given by the Institute. He also gives the<br />
majority of the spring training courses<br />
that IST offers globally.<br />
Readers are encouraged to contact<br />
him with comments about this Cautionary<br />
Tale, and with suggested subjects for future Tales, by phone at<br />
(011) 44 114 252 7984 (direct dial), fax at (011) 44 114 2527997 or<br />
e-mail at m.hayes@ist.org.uk.<br />
If the end user moves his manufacturing<br />
to a low-cost country, the<br />
springs will likely be locally sourced.<br />
Is there a defense to this?<br />
<strong>Spring</strong><br />
Technology<br />
The answer, IST believes, lies with the fact that<br />
the overwhelming majority of fasteners can be bought<br />
from stock. Consequently, the Taiwanese fastener<br />
industry makes a magnificent range of stock fasteners,<br />
and has captured the world market by piling them<br />
high and selling them cheap. <strong>Spring</strong>s from stock, on<br />
the other hand, are seldom exactly right; almost all<br />
springs have to be specifically made to the end user’s<br />
precise requirements. It is this simple fact that has<br />
preserved the UK spring industry and, doubtless, the<br />
spring industries of the U.S.,<br />
Japan and Europe. When you<br />
are making something precise<br />
to your customer’s requirements,<br />
the buyer won’t be able<br />
to find an equivalent (cheaper)<br />
stock item. The buyer might<br />
receive a cheaper offer from<br />
your competitor up the road, however, and this<br />
keeps all springmakers competitive.<br />
On the other hand, if the end user moves his<br />
manufacturing to a low-cost country, the springs will<br />
likely be locally sourced. Is there a defense to this?<br />
Probably not, unless your company investigates<br />
the possibilities of strategic partnerships, joint ventures,<br />
mergers and setting up new factories in the<br />
country to which your customer(s) have decamped.<br />
All these strategies could preserve your market and<br />
put you in line to take advantage of the growth in the<br />
country to which your customer has moved.<br />
IST is a very small company offering global<br />
services, such as fatigue testing, failure analysis,<br />
information about spring materials and performance,<br />
and CAD programs. We are in the process of adopting<br />
the business strategy described here by appointing<br />
Zhou Wei to be our agent in China, Derek Saynor to<br />
be our agent in the U.S. for services not already covered<br />
by NIMSCO, and Amit Banerjee to be our newest<br />
employee in India. This gives us global coverage for<br />
a small company that has to retain good awareness<br />
of world trends.<br />
Maybe your company also needs a strategic partner<br />
in China, India, Latvia, Malaysia or wherever.<br />
The point of this Cautionary Tale is that the spring<br />
market has become global, and you need a strategy<br />
to flourish in it. �<br />
SPRINGS April 2007 27
Workplace Safety<br />
Have a Question?<br />
SMI is Here to Help<br />
Contact the experts at the <strong>Spring</strong> Manufacturers Institute<br />
for assistance with your Workplace Safety and Technical problems<br />
Jim Wood, independent regulations compliance consultant to SMI,<br />
can assist you with all your workplace safety concerns.<br />
From written safety manuals and employee training to machine<br />
guarding and lockout/tagout, Jim can help you create a safer<br />
workplace that complies with federal OSHA, state standards and<br />
Canadian Ministry of Labor regulations.<br />
A certified instructor of the OSHA Out-Reach Program, Jim has<br />
Jim Wood<br />
worked with SMI and the spring industry for over 10 years, answering<br />
questions, conducting on-site Safety Audits, providing custom In-House Safety Training,<br />
and presenting educational seminars. He has practical experience in plant safety,<br />
having served as manufacturing engineering and safety director for 13 years, and vice<br />
president of operations for a major manufacturer for 17 years.<br />
Contact Jim with your safety questions by phone at (630) 495-8597 or e-mail at regs@smihq.org.<br />
Technical<br />
Luke Zubek PE, SMI technical director, can help you solve your<br />
technical problems.<br />
Whether you need assistance with a spring design, material selection<br />
and properties, or spring processing, Luke is the expert to call.<br />
In addition to technical advice, Luke provides failure analysis services<br />
and conducts educational seminars. He holds a master’s of materials<br />
and metallurgical engineering degree from the Illinois Institute of<br />
Luke Zubek<br />
Technology and a bachelor’s in metallurgical engineering from the<br />
University of Illinois at Chicago. Before joining the SMI staff, Luke was a metallurgical<br />
engineer at a major steel producer for 10 years.<br />
Contact Luke with your technical questions by phone at (630) 495-8588 or e-mail at technical@smihq.org.<br />
28 SPRINGS April 2007
All of mankind benefited from the advent of the automobile, but the poor blacksmith was, of course,<br />
made obsolete. Thus certain inevitabilities are present in a dynamic economy, and though it may<br />
sound noble to protect the figurative blacksmith, at what cost would such protection come? Daily the<br />
media proclaims manufacturing’s miserable lot, oftentimes in contradiction. “Manufacturing jobs heading<br />
overseas,” in one newspaper, while on the radio, “Job openings resulting from workers leaving the<br />
manufacturing field.” What is the reality concerning our manufacturing and fabricating industries? Since<br />
obsolescence and change are part and parcel of business, how business deals with these intrinsic factors<br />
then is paramount. In other words, where are today’s blacksmiths, what industry or practice is the art of<br />
blacksmithing, and what will remain?<br />
Manufacturing Employment<br />
The typical manufacturer in America today is not the behemoth of yesteryear, employing half of a<br />
small town’s population. It is a small company working out of a one-level building in a nondescript industrial<br />
area. It produces orders from 50 to 50,000, meaning orders that can be filled in an hour to perhaps<br />
six months.<br />
In the manufacture of auto parts, 89% of the manufacturing firms employ 26% of that particular<br />
industry. That means that the older, larger manufacturing firms still employ thousands, but the vast majority<br />
of automotive parts companies employ 250 people or less. [1] Even among old-line manufacturing<br />
giants, industry is lean and getting leaner. The New Yorker recently reported that General Motors is making<br />
more automobiles today than it did in the early 1960s while employing about a third as many people.<br />
Elsewhere it’s the same story. According to steel-industry consultant, Michael Locker, “We are making as<br />
much steel as we made 30 years ago with 25% of the work force.” [2]<br />
While the total employment for all industry sectors in the U.S. is projected to increase<br />
by almost 15% over the 2004–14 period, manufacturing is predicted to<br />
decrease 5.4%. [3] On the surface this looks glum, and while it is true, there<br />
are many facts hidden between the lines of statistics. Employment in the<br />
automotive parts industry is looking at a projected 6% growth over the<br />
same time period. [4] Aerospace parts and products manufacturing<br />
employment is looking at an estimated 8% growth. [5] Machinery<br />
manufacturing employment, however, is expected to decrease<br />
13%. [6] It should be noted, though, this last group mentioned<br />
has seven subcategories and is a rather large classification,<br />
even by government standards. Such divisions need<br />
to be looked at more closely for each company or individual’s<br />
informational needs. For example, employment in mechanical<br />
engineering is expected to slow in the machinery industry,<br />
while growing on average overall. [7]<br />
The Importance of Business Strategy<br />
As for the noble blacksmiths, their history up to their professional<br />
extinction coincides perfectly with the birth of our modern<br />
economy. One of the main ingredients to the industrial revolution<br />
Manufacturing Outlook<br />
Are American manufacturing jobs destined<br />
to go the way of the blacksmith?<br />
By Ray Gardner<br />
Special contributor<br />
SPRINGS April 2007 29
was the specialization and division of labor. The<br />
smithy, however, did everything: fabrication of pots<br />
and pans for the local townsfolk, shoeing of horses,<br />
repair work of all kinds on wagons and carriages,<br />
and fabrication of tools and farm implements. All<br />
the while, the world around him specialized at a<br />
breathtaking rate. Smithies would steadily lose<br />
business to the factory that made nothing but pots<br />
and pans. They would lose out as men like John<br />
Deere, himself a blacksmith, specialized in making<br />
just one thing. Although the art of the farrier will,<br />
of course, always be a hand craft, even today, au-<br />
30 SPRINGS April 2007<br />
tomobiles have certainly made the horse and buggy<br />
obsolete as practical transportation.<br />
Foresight or Obsolescence<br />
Using history as a guide, then, the goal for<br />
manufacturing professionals is to figure out whether<br />
or not they’re fulfilling the pattern of economic<br />
obsolescence. The business owner that insists<br />
on staying with the forge, figuratively speaking,<br />
will eventually lose out to the new business with<br />
state-of-the-art extrusion capabilities. There are<br />
still machine shops in existence that operate with<br />
one expert machinist and two or<br />
three junior operators, making<br />
precision parts, mostly on old<br />
manual equipment, for such big<br />
names as Boeing and Raytheon.<br />
However, these shops live and die<br />
on single contracts – orders for<br />
close-tolerance parts produced<br />
150 at a time. While there is still<br />
a place for such shops, their situations<br />
are unique and cannot be<br />
relied upon as a practical business<br />
plan.<br />
Along the lines of such small<br />
enterprises, a full 83% of the<br />
aerospace parts industry is made<br />
up of establishments that employ<br />
99 workers or less. [8] It may not<br />
be a business plan to model a<br />
wide variety of ventures on, but<br />
the 40-something-year-old welder<br />
who leaves Boeing to become a<br />
small supplier to his old company<br />
is still a viable player in the American<br />
manufacturing scene. Then<br />
there’s the man in his mid-20s<br />
with no college but good mathematical<br />
skills. He starts as an assembler<br />
in an aerospace machine<br />
shop, moves up to a low-level machinist<br />
position, takes a few CAD<br />
classes at the community college,<br />
and within 10 years is the No. 2<br />
man in the local operation of a<br />
small but national firm.<br />
Point being is that manufacturing<br />
is alive and well, if the<br />
focus is fixed in the right place.<br />
Crises and bad tidings make the<br />
news, but the newsmakers sacrifice<br />
real content in order to create<br />
their needed drama. The machinery<br />
and chemical manufacturing<br />
sectors are looking sickly at<br />
projected losses of jobs at 13%
and 14% respectively. [9] There’s the drama that<br />
normally makes bold print in the newspaper. The<br />
rest of the story, though, says output in chemical<br />
manufacturing is expected to grow, so there would<br />
seem to be opportunities for high-level skills and in<br />
the professional ranks. The outlook is different in<br />
the pharmaceutical industry, however. (Although<br />
this group actually has a very small percentage<br />
of the type of production workers that one would<br />
normally associate with manufacturing, there are<br />
assembly lines, factories and large-scale processes<br />
at work here.) Unlike the machinery and chemical<br />
sectors, pharmaceutical and medical manufacturing<br />
is actually predicted to increase its wage and<br />
salary employment by 26%. [10] With this presence<br />
of typical manufacturing processes, the sector offers<br />
opportunity for manufacturing professionals<br />
from the highest skilled to the lowest skilled.<br />
Taking the Right Risks<br />
One Midwestern factory whose business was<br />
the manufacture of automotive gas caps was able<br />
to take a process involving nearly 70 people over the<br />
course of two shifts, and condense the procedure<br />
so that seven low-skilled people could accomplish<br />
the same amount of work. This particular example<br />
was in the mid-1980s when foreign competition<br />
was seemingly tolling the death knell for American<br />
manufacturing. A small team of engineers with an<br />
idea for automating the existing process went to the<br />
now-retired chief financial officer for the go-ahead<br />
approval. The new process would incorporate CNC<br />
machinery to replace the layers of manual labor,<br />
but would come with a very large price tag. Fear<br />
of the unknown and untried loomed, and the CFO<br />
could have shot the idea down in its earliest stages.<br />
Instead, he took it upon himself to learn as much<br />
as possible from the engineers to better assess the<br />
viability of the plan.<br />
The next hurdle was dealing with the workers’<br />
union. According to the CFO, “No one wanted to<br />
cut jobs; it would’ve been nice if we could have just<br />
kept on going, just like normal, but foreign competitors<br />
had already made our choices inevitable if we<br />
were to survive.” The new CNC process would effectively<br />
make the existing jobs obsolete, and what<br />
labor was still required was of a lower skill level and<br />
would have to be for proportionately lower pay. The<br />
decision was made to save the company by building<br />
a new plant in a right-to-work state. Since the new<br />
machinery would require either a temporary closing<br />
of the existing factory or at least limited production,<br />
the new plant was built to accommodate<br />
the CNC machinery. Over time, as the new factory<br />
came online, production was slowly moved to the<br />
new facility, thus giving the work force at the old<br />
plant as much lead time as possible to adjust to the<br />
new scenario. In this example, there were blacksmith-like<br />
positions eliminated, but the company<br />
survived, and it survived without moving overseas.<br />
Looking Ahead<br />
The displaced workers couldn’t have been expected<br />
to foresee what was coming; such things<br />
are largely beyond the scope of the average laborer.<br />
Should there have been someone looking out for<br />
such developments in regards to the workers’ welfare?<br />
That’s not a question that can be definitively<br />
answered in this article. What can be done in such<br />
scenarios for the good of the company and the individual<br />
laborer is for someone to be responsible for<br />
an ongoing assessment of current trends in business<br />
and technology. It could be something as simple<br />
as knowing which machine manufacturer offers<br />
the more reliable product support, or knowing the<br />
best area to locate a new plant. This kind of thinking<br />
benefits the employees in that the business will<br />
be more profitable and the company will be less<br />
likely to over-hire for positions that won’t survive<br />
the foreseeable technological advances.<br />
In the case of the above example, the CFO was<br />
very new in his position. “Here I was in my mid-<br />
30s, new on the job. The head engineer had retired<br />
just after we got this thing into the idea phase, and<br />
I and another young man, an engineer, were just<br />
SPRINGS April 2007 31
32 SPRINGS April 2007<br />
going ahead not sure what the results would be.<br />
It was a little, well, nerve-wracking.” He was confronted<br />
with a decision that would cost millions of<br />
dollars, put people out of work, require the physical<br />
relocation of an entire manufacturing process,<br />
and all of it hinged on an experimental machine.<br />
It would have been easy for him to evade such<br />
responsibility by simply deeming the project “too<br />
risky.” Perhaps being new worked to his advantage.<br />
Not being deeply entrenched in any old ways of doing<br />
things, he was – to abuse a cliché – already<br />
working outside of the box.<br />
Know Your Market<br />
All of this sounds obvious when presented as<br />
hindsight, but it illustrates the need for a kind of<br />
situational awareness in the marketplace. If business<br />
really were this obvious, then most blacksmiths<br />
would have merged into that many more<br />
factories. John Deere was a blacksmith who came<br />
near to failure more than once, and yet this plow<br />
maker is today a household name. Had Deere been<br />
able, perhaps he would have hired a competent<br />
consultant who would have produced for him multiple<br />
spreadsheets showing that Vermont and the<br />
surrounding areas were in a blacksmithing glut; too<br />
much supply and too little demand to warrant yet<br />
another shop. The consultant could have informed<br />
him of the rapidly expanding Western frontier, that<br />
there was an area west of Chicago that was wide<br />
open, full of farmers and very few blacksmiths.<br />
Maybe the same consultant would have informed<br />
him sometime later that blacksmiths were on the<br />
short road to obsolescence, and that he should<br />
begin looking for a way to specialize. Maybe or<br />
perhaps. What did happen, of course, is that Deere<br />
was able to clearly see the obstacles before him<br />
such as others did not.<br />
So America is no longer the king of the cheapest<br />
manufactured goods. And the blacksmith, in<br />
a professional sense, is no longer with us. If the<br />
media of a century ago had the capabilities of<br />
today’s media, the demise of the blacksmith would<br />
no doubt have been broadcast as the demise of<br />
America. The Luddites had placed the same obituary<br />
a century before that, as more and more people<br />
gave up the threadbare life of small farming for the<br />
regular paycheck of the urban factory. As of this<br />
writing, and according to the U.S. Bureau of Labor<br />
Statistics, unemployment is at 4.6%, the lowest in<br />
five years. Wages have risen 4% in the past year,<br />
which is higher than the 3.3% average annual<br />
wage growth of the last 25 years. And the Labor<br />
Department has just revised upwards the employment<br />
numbers for the 12 months through March<br />
2006 by 810,000 jobs.
Fortunately for springmakers, it looks as if the<br />
world will always need their goods. The downside<br />
is that springmakers have a very broad spectrum<br />
of spring-using industries on which to fix their<br />
focus. Furthermore, springs typically being one of<br />
the cheaper components of the end-product, location<br />
of the spring manufacturers’ facilities can play<br />
as much if not more of a role than price alone. Not<br />
to mention that cheap labor resides overseas, and<br />
they have ample supply of cheap springs, as well.<br />
What should a springmaker do? Focus on domestic<br />
end-product facilities? Attempt to play both<br />
markets? This will depend on the individual company,<br />
of course, and what specialties are involved.<br />
Perhaps nurturing a base of domestic clients with<br />
needs of specialized springs, while seeking out opportunities<br />
for distributive partnerships overseas<br />
would be an option.<br />
Global positioning also requires an in-depth<br />
look at local requirements for many different countries,<br />
especially where environmental regulations<br />
are concerned. The consuming public is not as hot<br />
for green products as the producers of green services<br />
would have those consumers believe. Nevertheless,<br />
the wave of environmental regulations cannot<br />
be avoided, and this is one more aspect of global<br />
commerce on which to focus. Perhaps opportunities<br />
can be found where larger, better established<br />
springmakers are having trouble adjusting to local<br />
environmental regulations. A smaller, more flexible<br />
manufacturer might be able to ramp up production<br />
of the newly required product.<br />
Then there is the highly coveted but rarely<br />
found niche market. Many of the well-known American<br />
manufacturers have found a way to do more<br />
than survive with domestic labor; they’ve managed<br />
to become icons. Viking Range Corp. has opened<br />
three plants in Greenwood, MS, since 1989, with<br />
a fourth in the works. When one thinks of motorcycles,<br />
the name “Harley Davidson” comes quickly<br />
to mind. Small aircraft? Cessna Aircraft, of course.<br />
These names are seemingly synonymous with their<br />
actual product category and are American-made.<br />
As The Wall Street Journal proclaimed, “Rumors of<br />
the death of U.S. manufacturing have been greatly<br />
exaggerated.” [11]<br />
Positioning a manufacturing company for<br />
future success will require research which, of<br />
course, requires capable people to sift through the<br />
limitless amount of information available. Smaller<br />
companies might consider making such research<br />
part of the job description for an estimator or sales<br />
professional. Some might be better served with a<br />
competent consultant who could develop quarterly<br />
economic reports specifically for the manufacturer’s<br />
target clientele. Regardless of how it is accom-<br />
plished, though, the research must be done. John<br />
Deere the blacksmith became John Deere the icon<br />
through a series of tough decisions made possible<br />
by Deere’s foresight while so many other blacksmiths<br />
could not see beyond their own anvils.<br />
References<br />
1. http://www.bls.gov/oco/cg/cgs012.htm<br />
2. The New Yorker magazine; August 28, 2006<br />
3. http://www.bls.gov/iag/manufacturing.htm<br />
4. http://www.bls.gov/oco/cg/cgs012.htm<br />
5. http://www.bls.gov/oco/cg/cgs006.htm<br />
6. http://www.bls.gov/oco/cg/cgs052.htm<br />
7. http://www.bls.gov/oco/ocos027.htm<br />
8. http://www.bls.gov/oco/cg/cgs006.htm<br />
9. http://www.bls.gov/oco/cg/cgs008.htm<br />
10. http://www.bls.gov/oco/cg/cgs009.htm<br />
11. The Wall Street Journal; Tuesday, October<br />
24, 2006. Marketplace<br />
Ray Gardner, after eight years in the aerospace<br />
industry, obtained his licenses as a financial professional<br />
and eventually moved on to teach high<br />
school mathematics. His writing has appeared in<br />
the Arizona Republic as well as <strong>Spring</strong>s magazine.<br />
Readers may contact him by phone at (602)<br />
399-0534 or by email at raygardner@cox.net. �<br />
SPRINGS April 2007 33
T he<br />
first three articles in this series focused on<br />
the Insulated Box, the Conveyor System and<br />
the Heating Mechanism. My final article looks at<br />
the Control Panel, which has evolved dramatically<br />
over the years as electronic equipment has<br />
improved.<br />
The earliest conveyor ovens merely had an on/<br />
off switch, an analog temperature controller and<br />
a belt-speed control<br />
switch. To this day,<br />
these are the basic<br />
functions needed to<br />
perform an adequate<br />
heat-treatment process.<br />
However, the<br />
control panels of<br />
today offer a huge<br />
JN Conveyor oven built in 1982.<br />
array of functions.<br />
Some are merely<br />
useful to make an<br />
operator’s task easier, but others are necessary<br />
new functions that help meet regulations and other<br />
requirements for precision spring manufacturing.<br />
Preventive Maintenance Tips for<br />
Your Inline Conveyor Ovens<br />
Belt Controls<br />
One of the first new functions added to conveyor<br />
ovens was a belt-reversing switch. The main<br />
purpose of this switch is to reverse out of a jam-up.<br />
(Note: The conveyor belts are not designed to operate<br />
in the reverse direction for a long period of time.)<br />
There are two types of<br />
belt reverse switches,<br />
and when replacing a<br />
switch, it is important<br />
to know which one you<br />
need. Until the last five<br />
years, most ovens were<br />
controlled by DC motors.<br />
In order to avoid damaging<br />
the motor, a hesitation<br />
switch should be<br />
used. A hesitation switch<br />
forces the motor to come<br />
to a stop before it goes<br />
in the reverse direction. Three types of belt-speed controllers.<br />
34 SPRINGS April 2007<br />
Part IV: The Control Panel<br />
By Daniel Pierre III, JN Machinery Corp.<br />
Oven control panel.<br />
The switch itself stops momentarily at the stop<br />
position before allowing it to be set in reverse. It is<br />
also useful to protect against accidentally hitting<br />
the switch. The other kind of switch will allow you<br />
to instantly go from forward to reverse. Although<br />
this type of switch is cheaper, it is dangerous to use<br />
on ovens with DC motors.<br />
The vast majority of belt-speed controllers<br />
are three-wire potentiometers connected to a DC<br />
motor controller. The potentiometers are usually<br />
one-turn, slow-to-fast type dials. While these controllers<br />
can serve most needs, it is very hard, if not<br />
impossible, to repeat a speed. The slightest touch<br />
to the dial can cause a 30-second change in belt<br />
speed. Also, once you<br />
have painstakingly determined<br />
that “dial position<br />
No. 2” yields a fourminute<br />
cycle, the next<br />
time you set the dial to<br />
“No. 2,” you may have a<br />
3:45 cycle. These types of<br />
dials do not have much<br />
repeatability. A one-turn<br />
dial can be replaced by<br />
a 10-turn dial. Ten-turn<br />
dials have 10 times the<br />
precision, and they usually<br />
have a lock-down
to prevent accidental changes in speed by touching<br />
the dial. The best part is the dial settings are<br />
repeatable. Recent ovens can come equipped with<br />
digital speed controllers. The advantage of such a<br />
controller is the display shows the exact cycle time<br />
in minutes and seconds, which greatly speeds up<br />
setup time and meets ISO 9000 compliance. Some<br />
digital speed controllers display the Hertz output of<br />
the motor and provide a table to convert Hertz to<br />
minutes. These are not as accurate as a true digital<br />
speed controller because they are measuring voltage<br />
and not measuring actual shaft rotation.<br />
Circuit Breakers<br />
Circuit breakers on some oven makers’ models<br />
act as an On/Off switch. Their specific purpose is<br />
to protect the other electronic components from<br />
power surges. If<br />
broken or damaged,<br />
they will have to be<br />
replaced. Some circuit<br />
breakers can<br />
operate on various<br />
voltages, such as<br />
220V, 480V and any<br />
voltage between. The<br />
important factor in<br />
selecting the correct<br />
breaker is to make<br />
Circuit breaker with power tag.<br />
sure the amperage rating is at least 10 percent over<br />
the maximum amperage draw of your oven. Almost<br />
every oven maker will affix a power tag near the<br />
circuit breaker to let you know the recommended<br />
amperage for that oven. Also, every breaker will<br />
have its rated amperage clearly marked on the face<br />
or side of the breaker itself.<br />
Oven Timers<br />
A fairly new function that has just about become<br />
standard on most ovens is a timer. Timers<br />
can be analog or digital, and you can swap one<br />
for another if you want. Analog timers usually give<br />
you control in two-hour increments, and they are<br />
useful only if the current time has been accurately<br />
set. Also, analog timers usually only give you one<br />
day’s worth of programming. On the other hand, a<br />
digital timer gives you control down to the minute,<br />
and there are almost unlimited programming capabilities.<br />
For example, you can set the oven to turn<br />
itself on every morning, Monday-Friday, at 7:30<br />
a.m. so it can be hot and ready at 8:00 a.m. when<br />
a coiler starts running. Likewise, you can program<br />
a midday shutdown. For instance, if a plant meeting<br />
is scheduled right after lunch, you can have the<br />
oven off while you are away, and up and running<br />
when you return.<br />
A similar<br />
function seen<br />
on many ovens<br />
is a delay<br />
shutdown.<br />
Although you<br />
can set a timer<br />
to turn an Analog (left) and digital (right) timers.<br />
oven off, the<br />
delay shutdown has the long-term life of the oven<br />
in mind. Ovens with a delay shutdown allow you to<br />
flip the oven control switch to “off” and walk away<br />
from the oven. The oven will instantly cut power<br />
to the heating elements, but it lets the fan motor<br />
and belt continue for a set period of time. (There is<br />
a dial that lets users specify the amount of time).<br />
After the delay time has elapsed, the oven will shut<br />
down and remain in standby mode.<br />
The purpose of the delay shutdown function is<br />
to allow the heat chamber to cool before stopping.<br />
If you were to suddenly stop the whole oven, the<br />
portion of the belt that remains inside the chamber<br />
will essentially “cook,” and you will degrade the<br />
belt. When an oven is in standby mode, it draws<br />
only enough power to light up the temperature<br />
controller display (and the digital speed controller<br />
display, if there is one). It’s akin to a VCR or TV<br />
light remaining on for the remote control.<br />
SPRINGS April 2007 35
Temperature Controls<br />
The temperature controller is the main player<br />
in the control panel. The temperature controllers<br />
available today are a far cry from the large analog<br />
controllers that existed on early conveyor ovens.<br />
However, they function the same as they always<br />
have. As long as the thermocouple sends a signal<br />
to the temperature controller that the oven is below<br />
temperature, the temperature controller connected<br />
to a contactor will allow<br />
electricity to feed the heating<br />
elements.<br />
The good news if you’re<br />
an oven owner with an old<br />
temperature controller is<br />
that you can upgrade to a<br />
new model. You may need<br />
a conversion faceplate<br />
to cover the difference in<br />
controller size, however.<br />
Today’s temperature<br />
controllers have so many<br />
functions that you would<br />
never use them all (especially in the way conveyor<br />
oven operators in springmaking companies need to<br />
use them). It is not worth the extra money to buy a<br />
fancy temperature controller if you aren’t going to<br />
36 SPRINGS April 2007<br />
The temperature controller<br />
connected to a contactor<br />
allows electricity to feed<br />
the heating elements.<br />
use the advanced functions. If you have a specific<br />
application or need a particular function, your oven<br />
supplier should be able to assist you with retrofitting<br />
a different temperature controller on your<br />
oven.<br />
A very simple item often found on control panels<br />
is a green or red light to indicate whether the<br />
oven is operating in the temperature range you<br />
have selected. These lights obtain signals from the<br />
temperature controller, and most temperature controllers<br />
can be programmed to provide the signal<br />
either way (red when out of control, or green when<br />
in control). If your temperature controller is new<br />
enough, you can even add a red or green light to<br />
your oven if you don’t have one at all.<br />
Heating-Element Wiring<br />
Another part of a control panel that we haven’t<br />
covered yet is the wiring for the heating elements.<br />
One end of the wires is connected to the elements<br />
themselves, but the other end terminates in the<br />
control panel. (In some ovens, the control panel is<br />
separate from the electrical panel, in which case<br />
the element wires usually terminate inside the electrical<br />
panel). The vast majority of conveyor ovens<br />
used in North America are wired for 240VAC operation.<br />
If you buy a used oven or move an oven to<br />
another plant that operates at 480VAC, it is easy to<br />
convert the wiring if the number of elements is an<br />
even number and divisible by three (six, 12, 18, 24,<br />
etc…elements). The 240V elements can be wired in<br />
pairs for 480V operation. The net change in wiring<br />
from 240V to 480V is a subtraction of wires; usually<br />
half the wires can merely be pulled out. Unfortunately,<br />
it is not so easy to convert a 480V oven<br />
to 240V. In this case you have to add wires, and<br />
it is not easy to snake new wires back through an<br />
oven’s shell. Often, you will have to temporarily remove<br />
the top of the oven as well as some insulation.<br />
Although it is possible to change element wires<br />
yourself, you have to make sure other components<br />
in the oven are also changed.<br />
Here is a list of the components often needing a<br />
change when converting voltage:<br />
1. Transformers: These usually require only a<br />
jumper, and the tops of most transformers show a<br />
schematic on which wires to move.<br />
2. Fan Motors: If these run at 110V, then no<br />
change is required. If they run at 230V, the electrical<br />
box on the fan motor will also have a schematic<br />
showing which wires need to be changed.<br />
3. Fan Relays (if present in the first place): These<br />
may need to be replaced with relays that have the<br />
correct trip amperage.
4. Elements: These usually do not need to be<br />
changed, but they will have to be wired differently.<br />
5. Circuit Breaker: Increasing the power from<br />
240V to 480V means using a breaker with approximately<br />
half the amps.<br />
6. Power Tags: Once an oven has been converted<br />
to a new voltage, a new tag should be affixed to let<br />
other users know the new power requirements for<br />
the oven.<br />
Most oven suppliers have supplied their ovens<br />
in all the known voltages, so they can assist you<br />
with a power conversion, too.<br />
A temperature chart recorder<br />
can be connected to the<br />
control panel and mounted<br />
to the oven, as shown above<br />
and right.<br />
New Control Panel Functions<br />
What is on the horizon for control panels? With<br />
the advance of Programmable Logic Controllers<br />
(PLCs) and the somewhat lower costs for them,<br />
the choices for functions are virtually unlimited.<br />
The majority of new functions on conveyor ovens<br />
come from the individual needs requested by<br />
springmakers. For example, a lot of springs need<br />
proof that they reached a certain temperature during<br />
heat-treatment. Control panels can be fitted<br />
with temperature chart recorders for this purpose.<br />
Some temperature controllers can directly save<br />
temperature data, too, allowing users to connect<br />
a computer to the ovens and manage the data that<br />
way. It is also possible to get an oven to talk to<br />
a coiler to know when to shut down. So, instead<br />
of programming a shut-down time based on your<br />
guess of when the coiler will be finished, the coiler<br />
can directly signal the oven that no more springs<br />
are coming, and the oven will enter its cool-down,<br />
shut-down mode. Another area where conveyor ovens<br />
are evolving is assisting with automatic prod-<br />
uct handling. Conveyor belts do not have to move<br />
in a slow constant speed; they can be programmed<br />
to start and stop in quick succession so objects can<br />
be placed onto or picked off of the belts.<br />
This concludes my series of four articles on<br />
preventive maintenance of inline conveyor ovens.<br />
The vast majority of old, beat-up ovens can often be<br />
restored with upgrades to components or, at times,<br />
replacement of part of the oven itself. Giving your<br />
oven a proper health check every few years will ensure<br />
that you get maximum life out of it. Some of<br />
the very first conveyor ovens put on the market in<br />
the U.S. are still in operation, and their longevity of<br />
service is specifically due to the great maintenance<br />
that has been performed on them by their owners.<br />
If you have any questions on this or the previous<br />
three articles, please contact me or anyone at<br />
JN Machinery Corp.<br />
Daniel Pierre III is president<br />
of JN Machinery Corp.<br />
in Bensenville, IL. Readers<br />
may contact him by e-mail at<br />
daniel@jnmachinery.com or<br />
phone at (630) 860-2646. �<br />
SPRINGS April 2007 37
<strong>Understanding</strong> <strong>Spring</strong><br />
<strong>Failures</strong>: <strong>Curvature</strong><br />
<strong>Correction</strong> <strong>Factors</strong><br />
For the past three years, SMI has been examining<br />
spring failures and making recommendations<br />
for preventing recurrence. One issue that comes up<br />
repeatedly is the location of the fracture origin on<br />
compression springs. I hear comments like, “They<br />
are all breaking at the same spot, right at the inner<br />
diameter,” and “There must be something wrong with<br />
the wire, or the tooling marks are abnormal at the<br />
ID.” Sometimes there is something “wrong” with the<br />
wire, and occasionally tooling marks that tear the<br />
wire surface can be the culprit. However, in reality,<br />
it is perfectly normal for a compression spring to<br />
initiate fracture at the ID.<br />
The mechanics behind the stress distribution in<br />
compression springs show that there are two causes<br />
for the inner-diameter stress concentration: direct<br />
shear stress and wire curvature.<br />
The principle stress on a compression spring<br />
results from the torsional shear stresses that act on<br />
the spring. This rotational stress is shown in Figure<br />
1, below.<br />
Figure 1: Torsional force on a helical compression spring.<br />
Luke Zubek PE is the technical director of the <strong>Spring</strong> Manufacturers<br />
Institute, providing technical education and assistance,<br />
and failure analysis services to the spring<br />
industry. He was a metallurgical engineer<br />
for a major steel producer for 10<br />
years. He holds a master’s of materials<br />
and metallurgical engineering degree<br />
from the Illinois Institute of Technology<br />
and a bachelor’s in metallurgical engineering<br />
from the University of Illinois<br />
at Chicago. Readers may contact Zubek<br />
by phone at (630) 495-8588 or e-mail at<br />
technical@smihq.org.<br />
The maximum stress in<br />
straight wire due to torsion is:<br />
The distribution of this<br />
stress across the wire is at a<br />
maximum at the surface. The<br />
torsional stress is in the direction<br />
of the applied force at the<br />
inner diameter and opposite to<br />
the applied force at the outer<br />
diameter, as seen in Figure 2,<br />
right.<br />
Accompanying the torsional<br />
stress is a less significant<br />
operational stress, which is the<br />
result of direct shear and can<br />
be assumed uniform across the<br />
wire, as seen in Figure 3, right.<br />
This transverse shear stress<br />
does not account for the curvature<br />
of the wire.<br />
The direct-shear component<br />
can be approximated by dividing<br />
the applied force by the wire<br />
cross-sectional area:<br />
Technically<br />
Speaking<br />
with Luke Zubek<br />
Figure 2: Torsional<br />
shear stress distribution<br />
in a straight<br />
wire cross section.<br />
Figure 3: Direct<br />
shear stress distribution<br />
across the<br />
wire cross section<br />
in a compression<br />
spring.<br />
When this stress is added to the torsional<br />
shear stress, the total stress at the inner diameter<br />
becomes:<br />
Where C is the spring index and C = D/d.<br />
The (1 + 0.5/C ) correction constant is sometimes<br />
referred to as the “Kw 2 correction factor,” which can<br />
be used on springs that have had the set removed.<br />
The magnitude of this correction factor can be seen<br />
graphically in Figure 6, page 40. It should be noted<br />
that there are many correction factors available and<br />
that A.M. Wahl equates the direct shear component<br />
to 4.92P/�d 2.<br />
SPRINGS April 2007 39
Figure 4: The total stress on the wire cross section showing<br />
the highest stresses at the inner diameter (ID).<br />
When the two stress components are added, the<br />
stresses at the spring inner diameter are greater due<br />
to the direction of the applied stresses, as seen in<br />
Figure 4, above.<br />
Because the<br />
effects of curvature<br />
in springs<br />
are of far greater<br />
importance<br />
than direct<br />
shear, A.M.<br />
Wahl created a<br />
curvature correction<br />
factor,<br />
Kw1, that is<br />
based on the<br />
40 SPRINGS April 2007<br />
Figure 5: Effects of curvature in<br />
springs.<br />
fact that a spring behaves like a curved bar<br />
under torsion. In Figure 5, bottom left, it<br />
can be seen that as AA' and BB' are rotated<br />
relative to each other, the resulting shear<br />
stresses at A'B' will be greater than at AB.<br />
This effect increases with increasing curvature<br />
or decreasing spring index, as shown in<br />
Figure 6, below.<br />
Figure 6: Stress correction factors for round helical compression<br />
and extension springs.<br />
Therefore, the maximum stress at the spring<br />
inner diameter accounting for curvature is expressed<br />
as follows:<br />
where<br />
The Wahl correction factor, Kw1, not only takes<br />
into account the spring curvature, but also includes<br />
the direct-shear component of the applied stress.<br />
This factor is commonly used for springs in fatigue<br />
applications.<br />
As would be expected, the stresses at the outer<br />
diameter of the spring are in the opposite direction<br />
and less than nominal. The total stress at the outer<br />
diameter can be calculated by multiplying the torsional<br />
stress by the following term:<br />
<strong>Understanding</strong> the stress distribution in a<br />
compression or extension spring can help explain<br />
the orientation of the point of fracture initiation.<br />
Overstressed compression springs normally initiate<br />
fracture near the inner diameter because of the<br />
direct shear stresses and spring curvature. Of much<br />
greater concern is the spring fracture that does not<br />
originate at the inner diameter. More often, this type<br />
of fracture is the result of operational abuse or material<br />
deficiencies.
Hola Amigos!<br />
Hispanic Workers Strengthen Operations<br />
Hispanic workers have long been a staple in the<br />
spring industry. Today, though, two forces are<br />
combining to heighten the profile of this critical labor<br />
component: an increasingly tight talent market and<br />
an increasingly bilingual customer base.<br />
In a low-unemployment environment, springmakers<br />
face the same need for workers as other<br />
industries. “Many employers now find they can’t hire<br />
a sufficient number of capable people, or they can’t<br />
get anyone at all,” reports Tom Maloney, a human<br />
resources educator specializing in the Hispanic work<br />
force at Cornell University’s Department of Applied<br />
Economics and Management. The only solution for<br />
many, according to Maloney, is to look for workers<br />
from Mexico as well as El Salvador, Guatemala and<br />
other Central American countries.<br />
At Keats Southwest, an El Paso, TX, manufacturer<br />
with 50 employees, some 80 percent of the<br />
work force is Hispanic. In contrast with some other<br />
manufacturers, nearly all of the company’s Hispanic<br />
workers are long-time residents of the local area<br />
rather than temporary workers from Mexico. Part of<br />
the reason is company history: When Keats entered<br />
the market in 1994, the metal stamping and spring<br />
industry was new to the area. Unemployment was<br />
higher than what was normal throughout much of<br />
the rest of the country. Company president Matt<br />
Keats found the Hispanic workers “very eager to<br />
learn” from the company’s in-house training. The<br />
result was a loyal, local work force.<br />
The favorable Keats experience is not unique.<br />
Interest in Hispanic workers has only grown as<br />
they’ve proven themselves capable and enthusiastic.<br />
“Hispanic workers have a positive attitude and<br />
a strong work ethic,” says Maloney.<br />
Phillip M. Perry is an award-winning<br />
journalist specializing in the fields of business<br />
management and law. Over the past<br />
20 years, his byline has appeared more than<br />
3,000 times in publications such as World<br />
Trade, Business, Corporate Risk Management,<br />
Human Resource Executive and The Legal<br />
Times of Washington. Readers may contact<br />
him by fax at (212) 226-5580 or e-mail at<br />
phil@pmperry.com.<br />
Checkpoint<br />
Business Tips<br />
From Phil Perry<br />
Meeting Customer Demand<br />
Hispanic workers help employers serve Spanish-speaking<br />
customers. This is the case at Keats<br />
Southwest, which came into existence when its<br />
Chicago parent, Keats Manufacturing, recognized<br />
the potential of selling to “maquilas” (short for<br />
“maquiladoras,” factories operating in Mexico under<br />
preferential tariff programs established by the U.S.<br />
and Mexico). “Hispanic workers are especially valuable<br />
in our sales and customer service departments,<br />
where the ability to speak Spanish is a huge help,”<br />
says Keats. “Our maquila customers feel more comfortable<br />
dealing with company reps who understand<br />
their language.”<br />
At Vulcan <strong>Spring</strong> & Mfg. Co., Telford, PA, a contingent<br />
of workers from Columbia are a big help to<br />
sales efforts. “We sell to Mexico and Spain,” points<br />
out company president Scott Rankin. “Some of<br />
our Spanish-speaking people worked their way up<br />
through the factory and now have positions in the<br />
office where they handle overseas calls from individuals<br />
who speak the same language. And the great<br />
thing is that our Spanish-speaking employees are<br />
very knowledgeable about our products since they<br />
did just about every job in the factory.”<br />
Hispanics Increase<br />
The role of the Hispanic worker will only continue<br />
to grow in importance. With some 40 million residents<br />
accounting for 14 percent of the population,<br />
Latinos now comprise the largest and fastest growing<br />
minority group in the United States according to the<br />
Pew Hispanic Center, based in Washington, D.C.<br />
Latinos are expected to account for half the growth<br />
of the U.S. labor force between now and 2020.<br />
Diversity does not come without cost. In many<br />
cases, organizations hiring more Hispanics are<br />
confronted with a new round of communications<br />
problems. “Taking steps to overcome the language<br />
barrier shows respect and helps your business function<br />
better,” advises Maloney. A growing number<br />
of managers are learning some rudimentary Spanish,<br />
such as phrases useful in a work setting. And<br />
employers may need to hire Spanish interpreters to<br />
foster understanding during complex discussions.<br />
SPRINGS April 2007 41
Keep it Legal<br />
As recent headlines attest, employers must follow the law when<br />
hiring Hispanic workers. “Every employer must ensure that all of their<br />
workers are legally authorized to work in the United States,” says<br />
attorney Sara Goldsmith Schwartz, founder and president of Schwartz<br />
Hannum PC, a law firm based in Andover, MA, that defends business<br />
clients in employment-related litigation.<br />
The best way to assure valid work authorization, says Schwartz, is<br />
to complete and maintain the required I-9 forms for every individual<br />
hired. The I-9 form requires that the employer maintain evidence that<br />
each employee is eligible to work in the United States. This recordkeeping<br />
is subject to audit by the Department of Homeland Security.<br />
Unfortunately, says Schwartz, the path to I-9 compliance is<br />
strewn with pitfalls when documentation is inadequate, expired or<br />
false.” Employers have to do more than just glance at the documents,”<br />
advises Schwartz. “They need to appear to be legitimate and current.”<br />
The risk of not doing so is severe: “There are major penalties and<br />
problems for businesses which employ illegal aliens.”<br />
The employer also needs to take note of any expiration dates on<br />
supporting documents, such as visas, and then enter a tickler at the<br />
appropriate date to make sure those documents are renewed.<br />
Information about the federal law regarding immigration and<br />
the hiring of foreign workers can be found at the U.S. Department<br />
of Labor Web site, at workforcesecurity.doleta.gov/foreign. Specific<br />
information about the I-9 form can be found at the U.S. Citizenship<br />
and Immigration Services website at www.uscis.gov. �<br />
42 SPRINGS April 2007<br />
It’s important to assure the presence<br />
of supervisors with knowledge of<br />
Spanish. “While most of the Hispanic<br />
people here do have a knowledge of<br />
English, it does help to have managers<br />
who can train them in their own<br />
language,” notes Rankin. “If you don’t<br />
have that, you don’t get the work<br />
force.”<br />
In the quality-control department<br />
at Keats, inspectors are often more<br />
comfortable communicating in Spanish<br />
because the bilingual employees<br />
are more fluent in that language.<br />
For their part, Hispanic workers<br />
need to increase their mastery of<br />
English. “Only 53 percent of Hispanics<br />
say they speak English well,” reports<br />
Myelita Melton, president of Speakeasy<br />
Communications, Mooresville, NC, a<br />
training organization specializing in<br />
occupational Spanish programs. One<br />
solution is formal training in VESL,<br />
or “Vocational English as a Second<br />
Language.”<br />
Vulcan encourages the Hispanic<br />
workers to improve their command<br />
of English. “We reimburse expenses
when our Hispanic workers attend schools to learn<br />
English,” says Rankin. “Many of the employees do<br />
take advantage of the offer.”<br />
Of course, notes Rankin, improving language<br />
skills can help employees in the larger job market.<br />
“We know that for some employees this is a stepping<br />
stone for other employment, but that’s okay: If we<br />
can help someone out that’s what we’re here for.”<br />
Formal instruction is not the only solution.<br />
Employers can encourage on-the-job language<br />
instruction. “You don’t have to be a qualified instructor<br />
to teach something,” advises Donna Poisl of<br />
Gastonia, NC, an author of guidebooks<br />
for immigrants. “You can<br />
start on an informal basis, during<br />
lunch breaks for example.” Poisl<br />
suggests that each day employees<br />
knowledgeable in English teach a<br />
few words to their Hispanic colleagues;<br />
those knowledgeable in<br />
Spanish can reciprocate.<br />
Communicate Safety<br />
The language barrier becomes<br />
particularly dangerous when<br />
it increases the risk of injury.<br />
“Employers need to communicate<br />
good safety practices to employees<br />
who may not be proficient in<br />
English,” warns attorney Sara<br />
Goldsmith Schwartz, president of<br />
Schwartz Hannum, Andover, MA,<br />
a law firm that defends business<br />
clients and nonprofit organizations<br />
in employment-related litigation.<br />
Failure to provide adequate<br />
instruction can lead to fatalities<br />
and costly litigation for negligence<br />
if someone gets hurt on the job.<br />
Provide safety manuals in the<br />
employees’ native languages,<br />
advises Schwartz. “Hire an expert<br />
to assure the accurate translation<br />
of your safety manual.”<br />
Not all employers have been<br />
successful in this risky area. “The<br />
injury rate is very high for Hispanic<br />
employees, and we suspect<br />
it has to do with the language<br />
barrier,” reports Carlos Conejo,<br />
president of Multicultural Associates,<br />
Thousand Oaks, CA, a<br />
consulting organization specializing<br />
in the Hispanic work force.<br />
Conejo recommends employers<br />
make sure all workers can read<br />
and understand safety words<br />
encountered in signs such as “Danger, High Voltage”<br />
or “Keep Hands Away.”<br />
Here to Stay<br />
As these comments suggest, in many cases<br />
employers will need to develop new skills to meet<br />
the challenge of a changing work force. The alternative<br />
is unacceptable, for no employer can turn a<br />
profit with a dysfunctional organization that fails<br />
to meet customer expectations. Donna Poisl puts it<br />
this way: “I don’t think this country would work if<br />
the Hispanic employees went away.” �<br />
SPRINGS April 2007 43
<strong>Spring</strong> Essentials (for the rest of us) part XI<br />
Quality is More<br />
Than Quality Control<br />
By Randy DeFord, Mid-West <strong>Spring</strong> & Stamping<br />
In the last two decades, there is no doubt that<br />
America has made huge strides in integrating<br />
quality-control techniques into the workplace. The<br />
whole idea of a quality system is to provide a structured<br />
way of verifying the compliance of anything<br />
coming off our machines.<br />
It’s the job of engineers to sift, filter and sort<br />
out all the design data and create shopfloor documentation<br />
to provide specifications for the shop<br />
employee to manufacture the spring. It’s the job<br />
of Quality Control to develop systems of measuring<br />
the dimensional and load call-outs to meet the<br />
customer’s needs.<br />
However, nothing totally takes the place of a quality<br />
mind set – the understanding that doing it wrong<br />
is not even an option. There are many things that<br />
can go wrong during the manufacturing process, but<br />
for those who actually care about their work, those<br />
events are greatly reduced. Here are some things you<br />
can do to be sure your work is top-notch:<br />
1. Measure your material dimensions. I<br />
learned this the hard way. As a coiler, I depended<br />
on the wire handler to bring me the right material.<br />
It’s pretty easy to blame the wire guy when you coil a<br />
batch of springs from the wrong size material. I had<br />
this happen in an era when I was less enlightened.<br />
When it finally got through my thick head that my<br />
error caused no pain to the wire handler, yet I had<br />
to completely do the work all over again, the light<br />
started to go on. Nobody helped me; I flipped that<br />
switch myself. I started checking the material tags<br />
and measuring the material (which takes a whole<br />
30 seconds) to verify I had the right stuff before<br />
I started my setup. This simple step eliminated<br />
countless hours of possible useless setup (all time<br />
equates to cost) and potentially bad parts (scrap<br />
Randy DeFord is the engineering manager<br />
at Mid-West <strong>Spring</strong> & Stamping in<br />
Mentone, IN.<br />
He has 30-plus years in the spring<br />
industry, and believes that educating both<br />
customers and associates is the key to great<br />
customer service.<br />
Readers may contact him by e-mail at<br />
rdeford@mwspring.com or by phone at<br />
(574) 353-7611.<br />
Spotlight<br />
on the<br />
Shop Floor<br />
cost). It also saved me the aggravation of having to<br />
do the work over.<br />
I started questioning my thinking. Why did I<br />
not care? Why would I want to be lazy and risk the<br />
chance of doing it all over again? Most importantly,<br />
what perception does the customer get of my work?<br />
Isn’t it better to continually produce a good product,<br />
and help secure that job and that location for years<br />
and decades to come?<br />
2. Keep your work area clean. Sounds crazy?<br />
Not really! Organized people get better results. If you<br />
have a work area that has a place for everything, it<br />
defines efficiency. If you know where your tools are,<br />
know where your gears and slides are stored, and<br />
have everything stored properly, the time saved over<br />
weeks and months will be worth it. That means you<br />
can actually get another 20 or 30 jobs a year out<br />
that door.<br />
Also, keep your machines clean and lubricated.<br />
Everything wears, but lubricated bearings and shafts<br />
will far outlast that neglected grease gun.<br />
3. Ask your support people for support. The<br />
very function of Engineering is to interpret and<br />
negotiate the customer’s needs into a repetitively<br />
manufacturable product. This means having clear<br />
specifications and standards, as well as determining<br />
if changes can be made when that wire size isn’t<br />
quite what it should be or if a material substitution<br />
is needed. Engineers need to lend you a hand, and<br />
you need to knock on their door.<br />
This also holds true for management’s onus<br />
of providing capable equipment and maintenance.<br />
Machines that have loose bearings and fittings, or<br />
worn gears and guides cannot make good springs.<br />
Make those issues known to your foreman or supervisor<br />
so plans can be made to repair machines that<br />
can’t produce parts to the specifications that are<br />
handed you.<br />
A shop floor is very much like an outside service<br />
vendor. The front office takes the order, Engineering<br />
produces the paperwork, and then the order is<br />
handed off to another facility to make the product<br />
– in this case, the shop floor. You need to be sure<br />
you have two critical, drop-dead things in place: the<br />
proper, readable instructions to produce the job (that<br />
SPRINGS April 2007 45
46 SPRINGS April 2007<br />
includes blueprints) and the machinery capable of<br />
doing the job right, time, after time, after time.<br />
4. Play well with others. “Teamwork” is an easy<br />
word to throw around, but it’s really a hard concept<br />
to master. If it were easy, everybody would have it<br />
down. It requires everyone to clearly understand<br />
their function and how that function helps someone<br />
else do a better job. The best quality attribute is a<br />
state of mind that says, “I will do the best I can with<br />
what I have.” All humans have differences, prejudices<br />
and belief systems. Those differences should<br />
make us more interesting, not push us apart as<br />
cooperative agents for change. Culture is always a<br />
factor in the workplace, but if you’re going to keep<br />
your eye on a ball, make sure it’s the customer’s.<br />
Care about what you’re doing. Make it a personal<br />
commitment to be good at what you do in spite of<br />
your circumstances. Change starts with a minimum<br />
of one person deciding it’s time to do something<br />
better, for all the right reasons, and quality is the<br />
result. Be that person!<br />
Many people complain about being strapped<br />
with quality standards. If you set your own personal<br />
standards, quality control isn’t a threat because you<br />
understand it’s there to do things right the first<br />
time, not hold you accountable for poor workmanship<br />
… because there is no accountability for that,<br />
if you care. �
Every family has its colorful characters, and SMI<br />
is no exception. Just a year from now (March of<br />
2008), SMI will celebrate its 75th anniversary with<br />
a Family Reunion at its convention to be hosted at<br />
Desert <strong>Spring</strong>s Resort in Palm Desert, CA.<br />
All SMI’s colorful characters from current and<br />
past memberships are invited.<br />
Park Blatchford, SMI past<br />
president and chair of the 75th<br />
anniversary event task force,<br />
said, “Many people contributed<br />
to SMI’s growth and success, and<br />
we want as many of them as possible<br />
to join in the celebration.”<br />
The convention will mark the<br />
future as well as the past. SMI<br />
will inaugurate Reb Banas as its<br />
31st president as part of the closing-night gala.<br />
Program plans are being created now for the<br />
event, which is scheduled for March 10, 2008.<br />
With an overall theme of Family Reunion, the SMI<br />
convention week will probably start with a casual<br />
opening party scheduled mid-afternoon, with games,<br />
contests and the typical mid-summer barbecue. In<br />
other words, a Family Reunion.<br />
A group picture of all attendees is planned.<br />
“We may have as many as three and four generations<br />
of springmakers attending our party,” Park<br />
continued. “Our task force members want to make it<br />
a memorable event that will be fun and allow plenty<br />
of time for our generations to meet and greet, as well<br />
as starting us on the path to celebrate our 100th<br />
anniversary, in just a few more years.”<br />
“Desert <strong>Spring</strong>s Resort is a perfect site for the<br />
event,” explains Steve Moreland, Convention Planning<br />
Committee chair and president of Automatic<br />
<strong>Spring</strong> Products in Grand Haven, MI. “It’s California-relaxed<br />
so we can kick back and enjoy the<br />
party; yet it can be formal and spectacular for our<br />
inauguration.”<br />
with Ken Boyce<br />
Family Reunion Theme for 75th Anniversary<br />
Ken Boyce is the executive vice president of<br />
the <strong>Spring</strong> Manufacturers Institute.<br />
He brings more than 20 years of association<br />
management experience to the institute<br />
and has achieved the Certified Association<br />
Executive (CAE) designation of the American<br />
Society of Association Executives.<br />
Readers may contact him by phone at (630)<br />
495-8588 or fax at (630) 495-8595.<br />
Blatchford has assembled a task force from virtually<br />
every segment of SMI membership. “We want<br />
to make sure that input comes from several different<br />
sources so everyone gets to enjoy the celebration.”<br />
Besides Park Blatchford, SMI past president,<br />
the task force members include: Ann Davey of<br />
John Evans’ Sons, Bob Kupczak of Jackson <strong>Spring</strong>,<br />
Jerry Jacques of NIMSCO, Linda<br />
Froehlich of Ace Wire <strong>Spring</strong>,<br />
Dave Weber of A.V. Weber, Dan<br />
Sebastian of MW Industries, Bud<br />
Funk of Fourslide <strong>Spring</strong> Products<br />
and Alex Rankin of Vulcan<br />
<strong>Spring</strong>, plus staff members Ken<br />
Boyce and Rita Kaufman.<br />
“The Executive Committee<br />
and board have already set aside<br />
some funds to subsidize part of the celebration,”<br />
adds Dan Sebastian, SMI president. “Installing a<br />
new president and officers is always a big deal,”<br />
he continues, “but celebrating such a milestone<br />
anniversary is a one-time thing and very worthy of<br />
participation and observance.”<br />
More details will be provided during the year<br />
leading up to SMI’s 75th anniversary celebration.<br />
Regional Programs Continue<br />
by Popular Demand<br />
Based on the success of four regional seminars<br />
in 2006, SMI will again take its act on the road and<br />
conduct seminars in four more regions this year.<br />
Initially, SMI is planning to offer seminars in<br />
these regions: Southeast, Southwest, West Coast<br />
and New England. Both Southern locations will<br />
be held in spring, while SMI anticipates that the<br />
remaining programs will be held in early fall.<br />
Luke Zubek, SMI technical director, will speak<br />
at each meeting, outlining the process whereby<br />
springmakers can use failure analysis studies to<br />
their best advantage. <strong>Spring</strong>makers will also have<br />
ample time to meet and converse with other spring<br />
manufacturers in their region.<br />
SMI has scheduled the Southwest Region’s<br />
“Evening with SMI, Friends and Neighbors” for<br />
Wednesday, April 18, 2007. It will be held at the<br />
Holiday Inn Intercontinental in Houston, TX. For<br />
information, call Lynne Carr, SMI member services,<br />
(630) 495-8588.<br />
SPRINGS April 2007 47
SMI Welcomes New Members<br />
Pontotoc <strong>Spring</strong>, Division of Mercer <strong>Spring</strong> &<br />
Wire<br />
Location: Pontotoc, MS<br />
Primary Contact: Allen Roye, general manager<br />
Phone: (662) 489-784<br />
Web site: www.pontotocspring.com<br />
Manufacturer of stampings and<br />
hot-wound springs.<br />
Rem Manufacturing Ltd.<br />
Location: Swift Current, Saskatchewan, Canada<br />
Primary Contact: Bob Sonntag, general manager<br />
Phone: (306) 773-0644<br />
Web site: www.rementerprisesinc.com<br />
“Rem Enterprises,<br />
Inc. is a<br />
family-owned<br />
business founded<br />
in 1966 by Frank<br />
and Helen Rempel.<br />
Rem first manufactured<br />
springs<br />
and wireforms in<br />
1981. Last summer, Rem built a branch plant in<br />
Shenandoah, IA, adding capacity to Rem’s 60,000-<br />
48 SPRINGS April 2007<br />
square-foot Canadian facility. Rem specializes in<br />
supplying farm equipment and other OEM customers.<br />
Wire size ranges from 0.125˝ to 0.625˝ cold-formed<br />
products, including short- and long-run wireforms,<br />
single and double torsion springs, and extension and<br />
compression springs.<br />
“Rem’s Delta Flexible Harrow is also a market<br />
leader, and is exported, along with the rest of Rem’s<br />
farm equipment lines, to Europe, Australia and other<br />
countries.”<br />
Zapp Precision Strip Inc.<br />
Location: Dartmouth, MA<br />
Primary Contact: Byron Ress, general manager<br />
Phone: (508) 998-6300<br />
Web site: www.zapp.com<br />
“Zapp Precision Strip Inc. is a premier producer of<br />
specialty strip products. The Dartmouth facility has<br />
cold rolling capability up to 42˝ wide and as thin as<br />
0.0015˝.<br />
“Our East Coast Service Center will be opening this<br />
summer. It will have the capability to supply narrow<br />
slit and edged stainless steel and high performance<br />
alloys.”<br />
2007 SMI Board of Directors<br />
President, Dan Sebastian,<br />
MW Industries<br />
Vice President, Reb Banas, Stanley<br />
<strong>Spring</strong> & Stamping<br />
Secretary Treasurer, Scott<br />
Rankin, Vulcan <strong>Spring</strong> &<br />
Manufacturing<br />
Immediate Past President, David<br />
Weber, A.V. Weber<br />
Executive Committee At-Large,<br />
Steve Moreland, Automatic<br />
<strong>Spring</strong> Products<br />
Executive Vice President, Ken<br />
Boyce, SMI<br />
Directors<br />
Tom Armstrong, Duer/<br />
Carolina Coil<br />
Dennis Backhaus, Spiros<br />
Industries<br />
Ron Banas, Stanley <strong>Spring</strong> &<br />
Stamping<br />
Terry Bartel, Elgiloy Specialty<br />
Metals<br />
Mike Betts, Betts <strong>Spring</strong><br />
Tim Bianco, Iowa <strong>Spring</strong><br />
Dan Bishop, Automatic <strong>Spring</strong><br />
Coiling<br />
Russ Bryer, <strong>Spring</strong> Team<br />
Jerry Burris, Associated <strong>Spring</strong><br />
Jay Dunwell, Wolverine Coil<br />
<strong>Spring</strong><br />
Linda Froehlich, Ace Wire <strong>Spring</strong><br />
& Form<br />
Bud Funk Jr., Fourslide <strong>Spring</strong> &<br />
Stamping<br />
Bert Goering, Precision Coil<br />
<strong>Spring</strong><br />
Kevin Grace, SEI MetalTek<br />
Greg Heitz, Exacto <strong>Spring</strong><br />
Bob Herrmann, Newcomb <strong>Spring</strong><br />
Frank Mauro, Bauman <strong>Spring</strong>s<br />
USA<br />
Curt Nicolio, Sandvik Materials<br />
Technology<br />
Rick Richter, R-R <strong>Spring</strong><br />
Chris Wharin, Bohne <strong>Spring</strong><br />
Industries<br />
Ted White, Hardware<br />
Products
ASD Design Software Enhancements<br />
in the Works<br />
Currently on the drawing board is a vast<br />
enhancement of the Advanced <strong>Spring</strong> Design software.<br />
We anticipate release of the product in the<br />
coming year.<br />
Those current users of the ASD6.9 will be entitled<br />
to as many free downloads as the number of<br />
licenses they maintain on the present version.<br />
ASD7 will offer new<br />
design models, including<br />
those for constant-force<br />
extension springs, springs<br />
in parallel, springs in<br />
series, hollow round torsion<br />
bars and curve fitting<br />
the tensile strength vs. the<br />
wire size.<br />
The forthcoming ASD<br />
software enhancements<br />
will also provide improved<br />
help features and many<br />
other functions that simplify<br />
the design process and user interface.<br />
Sharing Information, Expertise<br />
SMI is accepting non-commercial papers for<br />
presentation at the Fall Business Meeting, Oct 9-<br />
10, 2007 at the Green Valley Ranch in Las Vegas.<br />
Of particular interest are topics including plating,<br />
grinding and alternative materials.<br />
Please submit a 100-word abstract to Lynne<br />
Carr in the SMI Office, fax 630-495-8595 or<br />
email at info@smihq.org.<br />
Modifications and improvements are being developed<br />
by UTS, software developer; with Luke Zubek,<br />
SMI Technical Director; Dick Carter of American<br />
Coil <strong>Spring</strong>; Loren Godfrey; and the SMI Technical<br />
Committee, chaired by Bert Goering of Precision<br />
Coil <strong>Spring</strong>.<br />
SMI ‘To Do’ List<br />
Everyone knows that half the projects under consideration<br />
never work out. Nonetheless, you have<br />
to research and investi-<br />
gate, because sometimes<br />
there’s a gem hidden in<br />
the detail, which you’ll<br />
only find through hard<br />
work and planning.<br />
In no particular order,<br />
here is part of the current<br />
“to do” list for SMI:<br />
1. Investigate and<br />
negotiate health care program<br />
for springmakers.<br />
Project well underway,<br />
but too early to predict<br />
outcome; especially with pending legislation stalled<br />
in Congress, navigating the labyrinth of ERISA regulations<br />
and constantly escalating health care costs.<br />
SPRINGS April 2007 49
2. Regional seminars: Successful in 2006 when<br />
SMI conducted four seminars. On the calendar for<br />
2007 are projected programs in Houston, Tampa,<br />
California/Arizona and Connecticut.<br />
3. Development of family reunion 75th anniversary<br />
celebration in 2008.<br />
4. Release of <strong>Spring</strong> Design software (ADS7)<br />
planned for this year.<br />
5. Fall meeting development, with tabletop and<br />
two educational tracks covering technical and business<br />
topics.<br />
<strong>Spring</strong> Business Good, not Great<br />
If “all’s well that ends well,” then the spring<br />
industry’s hopes for a solid and prosperous 2007<br />
appear to be feasible, as indicated by results of SMI’s<br />
fourth quarter 2006 Key Business Trends Survey.<br />
In total, 126 of SMI’s 327 members participated in<br />
the study.<br />
“In general, 2006 was a good, but not great,<br />
year,” explains Russ Bryer, SMI benchmarking<br />
chair and general manager at The <strong>Spring</strong> Team in<br />
Austinburg, OH.<br />
The fourth quarter started slowly, but with a<br />
rush of December orders, virtually a third of the<br />
reporting springmaking companies indicated an<br />
50 SPRINGS April 2007<br />
increased level of activity and a significant increase<br />
over the same period in 2005.<br />
“China continues to be a worry, although we<br />
are seeing some return of the business to domestic<br />
suppliers,” says Ken Boyce, SMI executive vice president.<br />
“The troubling problems of the domestic auto<br />
builders are also dampening prospects, while springmakers<br />
with little or no automotive business seem<br />
to be happier with their annual results.” �<br />
Mouse around<br />
the SMI Web site<br />
for the latest<br />
information,<br />
products and<br />
resources for the<br />
spring industry.<br />
I want<br />
cheeze!<br />
www.smihq.org<br />
When it comes to the spring industry,<br />
we’re the Big Cheese
A<br />
Admiral Steel<br />
(800) 323-7055 / 26<br />
Alloy Wire International<br />
(866) 482-5569 / 50<br />
Ank Inc.<br />
++886-2-29076581 / 52<br />
Anchor Abrasives<br />
(708) 444-4300 / 12<br />
C<br />
Central Wire<br />
(888) 267-3761 / 38<br />
Chicago Association of<br />
<strong>Spring</strong> Manufacturers Inc.<br />
(630) 369-3772 / 44<br />
D<br />
Diamond Wire <strong>Spring</strong> Co.<br />
(800) 424-0500 / 23<br />
E<br />
Elgiloy Specialty Metals<br />
(847) 695-1900 / 22<br />
F<br />
Fenn<br />
(860) 594-4300 / 10<br />
Forming Systems Inc.<br />
(877) 727-3676<br />
/ inside front cover<br />
G<br />
Gibbs Wire & Steel Co. Inc.<br />
(800) 800-4422<br />
/ inside back cover<br />
Gibraltar Corp.<br />
(847) 769-2099 / 15<br />
H<br />
Haldex Garphyttan<br />
(888) 947-3778 / 11<br />
Sprung<br />
I<br />
Industrial Steel & Wire Co.<br />
(800) 767-0408 / 5<br />
Instron<br />
(800) 564-8378 / 48<br />
InterWire Products Inc.<br />
(914) 273-6633 / 1<br />
J<br />
JN Machinery Corporation<br />
(630) 860-2646 / 42<br />
Japan Society of <strong>Spring</strong><br />
Engineers<br />
++81 3 3251 5235 / 46<br />
K<br />
Kiswire Trading Inc.<br />
(201) 461-8895 / 18<br />
L<br />
Larson Systems<br />
(877) 780-2131 / 54<br />
M<br />
Maguire Machinery<br />
(609) 266-0200 / 6<br />
The Mapes Piano String Co.<br />
(423) 543-3195<br />
/ outside back cover<br />
Mount Joy Wire Corp.<br />
(800) 321-2305 / 30<br />
N<br />
NIMSCO<br />
(563) 391-0400 / 14, 36<br />
Northeast Steel Corp.<br />
(800) 822-1278 / 46<br />
Norwalk Innovation<br />
(800) 688-2645 / 16<br />
P<br />
Precision Steel Warehouse<br />
(800) 323-0740 / 43<br />
Proto Manufacturing Ltd.<br />
(800) 965-8378 / 8<br />
Pyromaître Inc.<br />
(800) 231-7976 / 32<br />
R<br />
Radcliff Wire<br />
(860) 583-1305 / 40<br />
RK Trading<br />
(847) 640-9771<br />
/ 20, 31, 33, 35, 37<br />
S<br />
Shinko Machinery Co., Ltd.<br />
++ 81 6 6794 6610 / 3<br />
Simplex Rapid<br />
(563) 391-0400 / 13<br />
<strong>Spring</strong> Manufacturers Institute<br />
(630) 495-8588 / 28, 50, 53<br />
T<br />
Tool King<br />
(800) 338-1318 / 49<br />
V<br />
Vulcan <strong>Spring</strong> &<br />
Manufacturing Co.<br />
(215) 721-1721 / 49<br />
W<br />
Witels Albert<br />
(410) 228-8383 / 20<br />
Wire Association<br />
International<br />
(203) 453-2777 / 24<br />
SPRINGS April 2007 55
Ann Davey<br />
John Evans' Sons Inc.<br />
Occupation: John Evans’<br />
Sons Inc., Lansdale, PA, Board<br />
of Directors Member.<br />
Industry affiliations: <strong>Spring</strong><br />
Manufacturers Institute<br />
Women’s Committee chairperson.<br />
Birthplace: Detroit, MI;<br />
raised in Ann Arbor, MI.<br />
Current home: Blue Bell,<br />
PA.<br />
Family: Husband, Allan; children,<br />
Sam (37), Matt (32), Bill<br />
(30), Bert (30) and Kim (27).<br />
What I like most about<br />
being a springmaker:<br />
Making something useful.<br />
Favorite food: Lobster, scallops<br />
and nuts.<br />
Favorite authors: Nelson<br />
DeMille, John Irving and<br />
David Baldacci.<br />
The Davey family celebrates Christmas. Standing (from left): Bert, Jennifer<br />
(Matt’s fiancee), Matt, Bill, Janina (Bill’s wife), Barbara Anne (Sam’s wife), Sam,<br />
Kim and Brendan (Kim’s husband). Seated (from left): Sara (9), Sammy (1), Allan,<br />
Patrick (6), Will (6), Sadie (1), Ann and Caroline (4). Not shown: Teddy, born<br />
January 24, 2007.<br />
Favorite music: All the music from the ’60s and ’70s (rock ’n’ roll and Motown).<br />
Hobbies: Golf, skiing, traveling.<br />
Favorite places: Aspen, CO, and Whidbey Island, WA.<br />
Best times of my life: Time spent with our family.<br />
A really great evening to me is: Dinner out with Allan and watching “24” with friends.<br />
The things I can’t stand are: Negative political ads and dishonesty.<br />
My most outstanding qualities are: Commitment to family and friends.<br />
People who knew me in school thought I was: Always friendly.<br />
I knew I was an “adult” when: We had five teenagers in the house to raise at the same time.<br />
If I weren’t working at John Evans' Sons, I would like to: Be a travel consultant.<br />
The most difficult business decision I ever had to make was: Dropping school and a teaching career to be a<br />
future stay-at-home mother.<br />
I wonder what would have happened if: We were not in a family business.<br />
Role models: My mother-in-law.<br />
I would like to be remembered in the spring industry for: Helping to maintain relationships among the families<br />
in the SMI membership.<br />
But people will probably remember me for: The answers I’ve given to these questions and my crazy curly hair.<br />
56 SPRINGS April 2007
Washable, Wireless Computer Keyboards<br />
Unotron Inc. has introduced the IP66 and<br />
NEMA4X certified washable wireless computer<br />
keyboards. Featuring<br />
Unotron’s SpillSeal<br />
patented technology,<br />
this product allows for<br />
complete up-and-down<br />
finger motion that mirrors<br />
natural typing;<br />
endures repeated spills,<br />
dirt and cleansing; and<br />
eliminates the need to<br />
frequently replace keyboards.<br />
The user can<br />
spray or wipe down the wireless keyboard with disinfectants,<br />
or fully submerse it in water or cleaning<br />
solutions, and still maintain the touch-and-feel of<br />
a traditional keyboard for optimal typing ease and<br />
performance. The keyboards are compatible with<br />
all PCs, including desktops, laptops, workstations<br />
and servers. Additional software is not required. For<br />
information, contact Unotron Inc. by phone at (800)<br />
469-7440 or Web site at www.unotron.com.<br />
Testing Systems<br />
Instron Corp. has designed a compression-only<br />
300KN machine for testing large springs used on<br />
locomotives. This machine can be used to load test<br />
the springs, ensuring they are satisfactory to reinstall<br />
during rebuild of locomotives. It is designed<br />
for spring diameters up to 13.75 in. (350 mm) and<br />
loads that can reach 67,000 lbf. (300 kN).<br />
The company has<br />
also updated its materials<br />
testing accessories<br />
catalog. The 450-page<br />
catalog details a range of<br />
accessories to enhance<br />
testing systems, including<br />
grips, extensometers,<br />
fixtures, environmental<br />
chambers, load cells,<br />
software and alignment<br />
systems.<br />
In addition, Instron<br />
offers Extend Upgrade<br />
System packages for<br />
Instron and other hydraulic load frames. Developed<br />
for high-capacity tension, compression, bend<br />
and shear testing, hydraulic testing systems can be<br />
updated with the addition of Partner software, featuring<br />
data collection, result calculation, networking<br />
and online help; and real-time system status electronics.<br />
For information, contact Instron by phone<br />
at (800) 564-8378 or Web site at pr.instron.com.<br />
Control and Safety Base Module<br />
Fortress Interlocks has introduced an AS-interface<br />
(AS-i) control and safety base module for its<br />
eGard system, enabling<br />
eGard to be simply connected<br />
to an “AS-i Safety<br />
at Work” control network<br />
in minutes. EGard is a<br />
modular system that can<br />
control access to hazardous<br />
machinery, via gate<br />
switch and trapped key<br />
technology, and includes<br />
simple machine or access<br />
controls, such as push<br />
buttons, e-stops and<br />
lamps. The AS-i base has two addresses: one for<br />
connecting the safety circuits and one for connecting<br />
the control I/O. AS-i is a cable network system<br />
that allows machinery safety technology to operate in<br />
parallel with standard machine controls on a single<br />
network with a common communication protocol.<br />
The AS-i base module features an LED status<br />
indicator and an AS-i standard four-pin M 12 quickconnect<br />
fitting for connecting dual safety circuits<br />
and up to four inputs and outputs. For information,<br />
contact Fortress Interlocks by phone at (859) 578-<br />
2390 or e-mail at sales@fortressinterlocks.com.<br />
Stainless Steel Worktables<br />
Eagle MHC offers custom-configured stainless<br />
steel worktables for use in industrial and commercial<br />
environments.<br />
The tables are designed<br />
to maximize functionality<br />
and flexibility in labs,<br />
manufacturing, assembly<br />
and material-handling<br />
operations. Worktables<br />
are available in a several grades: 16-guage type 430<br />
stainless steel tops, 16-guage type 304 stainless steel<br />
construction or 14-guage type 304 stainless steel.<br />
Worktables also feature Eagle’s patented uni-lok<br />
leg/gusset design – a two-point welding system that<br />
eliminates leg wobble, providing strength and stability.<br />
Customers can specify height and dimensions<br />
based on their work area layout and the available<br />
space. Other options include under-shelves, cutout<br />
sections, tray dividers and sliding drawers. For<br />
information, contact Eagle MHC by phone at (800)<br />
637-5100 or Web site at www.eaglegrp.com.<br />
SPRINGS April 2007 51
Cross-Border Shipping<br />
DHL, a global express delivery and logistics company,<br />
has announced a program for cross-border<br />
shipping in North America. The DHL North America<br />
Trade Lane initiative will speed and expedite crossborder<br />
shipments, saving time and money for U.S.,<br />
Canadian and Mexican companies.<br />
The program includes: enhancements to DHL’s<br />
facilities, fleet and other infrastructure, including<br />
new International Gateways and expanded Border<br />
Operating Centers (BOCs); and additional bilingual<br />
customer service representatives to help customers<br />
navigate the regulatory aspects of cross-border<br />
shipping. The DHL BOCs will feature advanced technology<br />
inspection equipment, fast-track customs<br />
clearance systems, and specially trained staff. For<br />
information, contact DHL by phone at (954) 888-<br />
7114 or Web site at www.dhl.com.<br />
SMI members in the DHL discount program can<br />
call (800) 647-3061, ext. 6576.<br />
Preservation Line<br />
Wheelabrator has designed an Autoblast Preservation<br />
Line for Delta Steel, a provider of large sheets<br />
of steel for the ship building industry. This line<br />
removes contaminants, such as rust and scale; profiles<br />
steel surfaces; and applies a weldable zinc-based<br />
52 SPRINGS April 2007<br />
primer coat of<br />
paint for corrosion<br />
protection<br />
prior to storage<br />
or subsequent<br />
manufacturing<br />
operations.<br />
The AutoblastPreservation<br />
Line<br />
allows Delta<br />
Steel to clean and paint stocked materials per each<br />
customer’s requirements while also distributing steel<br />
products to customers in a time-sensitive manner,<br />
often within hours of placing an order.<br />
For information, visit Wheelabrator’s Web site<br />
at www.wheelabratorgroup.com or e-mail info@<br />
wheelabratorgroup.com.<br />
Online Six Sigma Certification<br />
Kaplan University has introduced an online Six<br />
Sigma Certificate program for working professionals<br />
interested in leading complex process improvements.<br />
Six Sigma methodologies are designed to improve<br />
productivity and generate tangible savings.<br />
The Six Sigma Certificate is a self-study program<br />
that can be completed in six months for the Green
Belt level, and 12 months for the advanced Black<br />
Belt level. The curriculum includes learning how to<br />
define project goals, measure existing performance,<br />
and analyze defects to eliminate them from business<br />
processes. For information, visit the Kaplan University<br />
Web site at www.kaplanuniversitynews.com.<br />
Tempered Steel<br />
Tempered steel available from Blue Blade Steel<br />
is designed to provide consistent, bendable, pliable<br />
materials that prevent product failure resulting from<br />
deformation, stress-cracking and brittleness. The<br />
computer-controlled hardening and tempering process<br />
enables Blue Blade Steel to selectively modify<br />
the internal steel structure to produce material<br />
with specialized performance characteristics. Blue<br />
Blade Steel’s process is designed to provide material<br />
uniformity, consistency and lot-to-lot repeatability.<br />
Pre-tempered high carbon and alloy strip steel is<br />
offered in scaleless blue, polished blue, polished<br />
bright and polished straw finishes. For information,<br />
contact Blue Blade Steel by phone at (908) 272-2620<br />
or e-mail at BBSales@bluebladesteel.com.<br />
On-Site Dimensional Inspection Services<br />
GKS Inspection Services Inc., a division of Laser<br />
Design Inc., is expanding its area of on-site laser-<br />
54 SPRINGS April 2007<br />
scanning and dimensional-measurement service<br />
coverage to the Toledo market. GKS’ metrologists,<br />
along with a portable Faro Platinum arm and a touch<br />
or laser probe, can complete a variety of inspection<br />
and reverse-engineering projects at the customer<br />
site. The GKS Toledo staff can rapidly respond to<br />
local customer requests, thereby eliminating travel<br />
expenses, shipping charges and delays. For information,<br />
contact GKS Inspection Services Inc. by phone<br />
at (734) 582-9600 or e-mail at info@gks3d.com.<br />
You’re in the News<br />
• Global Highlights • New Products<br />
• Perspectives – Letters to the Editor<br />
Of all the departments you fi nd in <strong>Spring</strong>s, these are<br />
the most special, for they depend on you. As reader<br />
forums, these departments serve you best only when<br />
you take the time to read and respond. So as you read<br />
<strong>Spring</strong>s, please remember: This is your magazine. Take<br />
the time to let us and your colleagues know about you.<br />
Submit news about people, plants, events,<br />
new products and letters to <strong>Spring</strong>s by e-mail at<br />
editor@smihq.org; or fax at (630) 495-8595.