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tapmatic - Smiag.ch

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TAPMATIC –<br />

The tapping specialists<br />

TAPMATIC has for over 50 years manufactured tapping atta<strong>ch</strong>ments of<br />

the highest quality. Generous investment in resear<strong>ch</strong> and development<br />

has created and maintained a leading market position worldwide in the<br />

field of integrated reversing tapping atta<strong>ch</strong>ments.TAPMATIC tapping<br />

atta<strong>ch</strong>ments can be used on all ma<strong>ch</strong>ine tools from the manually<br />

operated to the most sophisticated CNC ma<strong>ch</strong>ining centre. In 1981<br />

TAPMATIC (Kriessern) in Switzerland opened their own manufacturing<br />

plant, who‘s primary responsibility is to supply the European market.<br />

All tapping heads and spare parts are available from this central plant<br />

in Kriessern. TAPMATIC have their own distribution companies in all<br />

major countries throughout Europe. TAPMATIC also has stockists with<br />

trained representatives in more than 50 industrial countries world-wide<br />

ensuring the best possible service. Cutting fluids are a further product<br />

of TAPMATIC. They enable perfect threads to be cut, of the highest<br />

precision and surface finish including very difficult materials.<br />

Ea<strong>ch</strong> tapping unit goes through practical test runs and has a one year<br />

guarantee, according to our certified quality standard ISO 9001:2000.<br />

The advantages of<br />

TAPMATIC tapping heads<br />

TAPMATIC‘s self-reversing atta<strong>ch</strong>ments keep a constant tapping speed<br />

for optimum tap life.<br />

This means<br />

n Ideal <strong>ch</strong>ip flow = perfect thread surface<br />

n Constant high RPM up to 5000<br />

n Shorter ma<strong>ch</strong>ining time, due to saving two spindle reversals per<br />

tapped hole.<br />

n Therefore reduced wear to expensive CNC ma<strong>ch</strong>ines<br />

n In most cases a 50% to 100% increased tap life<br />

Self-feed<br />

Permits the tap to act as its own lead screw. The self-feed accommodates<br />

any differences between thread pit<strong>ch</strong> and ma<strong>ch</strong>ine feed<br />

control. The tap is propelled by rotation only and cuts a thread without<br />

pressure; this guarantees a thread of high quality, whi<strong>ch</strong> is as accurate<br />

as the tap itself.<br />

Patented ball drive<br />

TAPMATIC‘s spring biased rolling ball design transmits rotational<br />

power to the tap. The ball disengages smoothly and silently after<br />

rea<strong>ch</strong>ing the thread depth swit<strong>ch</strong>ing to the reverse mode.<br />

Collets<br />

TAPMATIC tapping atta<strong>ch</strong>ments use multi-range Rubber-Flex collets<br />

or steel collet ER type, preferably ER-GB. Usually no more than two<br />

Rubber-Flex collets are required to cover a unit‘s capacity range.<br />

Modular systems<br />

The straight shank design with Weldon type flats to DIN1835B+E<br />

permits easy adaption to standard tool holders.<br />

TAPMATIC Kriessern, Switzerland<br />

Thread depth accuracy<br />

TAPMATIC tapping atta<strong>ch</strong>ments disengage after rea<strong>ch</strong>ing their<br />

pre-selected thread depth, irrespective of any ma<strong>ch</strong>ine spindle lag. The<br />

depth is equal to the feed set on the ma<strong>ch</strong>ine plus the self-feed in the<br />

unit.<br />

Adjustable slipping clut<strong>ch</strong><br />

The manual type TAPMATIC heads are fitted with a safety clut<strong>ch</strong>,<br />

whi<strong>ch</strong> guards against tap breakage. This clut<strong>ch</strong> design is intended as a<br />

safety device only and a ma<strong>ch</strong>ine stop should be set to allow the tap to<br />

release before bottoming whenever possible.<br />

TAPMATIC Post Falls, USA<br />

Internal coolant system<br />

Some TAPMATIC tapping atta<strong>ch</strong>ments are designed with internal<br />

coolant systems capable of a supply up to 80 bar. Ideal lubrication<br />

is a<strong>ch</strong>ieved by supplying coolant within or alongside the tool shank,<br />

thereby thread quality is improved. Furthermore this can be cost-effective<br />

as tap life is increased by washing away swarf from the core hole.<br />

Hard start<br />

Because of its unique design, the hard start guarantees the tap will cut<br />

at the same point ea<strong>ch</strong> time without compression, even at high RPMs.<br />

Front release<br />

This protects the tap <strong>ch</strong>uck, tap adapter, tap and work piece from<br />

damage.This can occur when the length compensation is exceeded<br />

(tension) e.g. because the ma<strong>ch</strong>ine spindle lags in the <strong>ch</strong>ange from<br />

forward to reverse or a rapid spindle movement backwards before the<br />

tap is completely out of the component. In these situations the quick<br />

<strong>ch</strong>ange tap adapter disengages from the tap holder automatically and<br />

avoids expensive damage.<br />

<br />

TAPMATIC

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