PW&SS July 2011:Layout 1 - PAWPRINT PUBLISHING
PW&SS July 2011:Layout 1 - PAWPRINT PUBLISHING
PW&SS July 2011:Layout 1 - PAWPRINT PUBLISHING
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
LIGNA REVIEW<br />
Innovative cleaning system from Teknek<br />
MICROSCOPIC dust particles<br />
trapped beneath film can have a<br />
serious impact on furniture production:<br />
it is generally accepted<br />
that the film “magnifies” particles<br />
trapped beneath it by a factor<br />
of ten, enabling particles too<br />
small to be seen by the naked<br />
eye to ruin the look of a finished<br />
product.<br />
And at a time when modern finishes,<br />
such as high gloss films, are<br />
becoming increasingly popular in<br />
the production of doors, kitchens<br />
and other furniture, it is good to<br />
know that a Scottish company,<br />
Teknek, has developed a solution<br />
which has met with success<br />
around the world, reducing waste<br />
in workshops and factories.<br />
PW&<strong>SS</strong> took the opportunity to<br />
visit the Teknek stand at Ligna to<br />
learn more.<br />
Traditionally in the furniture industry,<br />
brush or vacuum methods<br />
have been used to remove debris<br />
from a workpiece before film is applied.<br />
Renfrewshire-based Teknek<br />
can supplement these methods of<br />
cleaning with a contact cleaning<br />
system which uses an elastomer<br />
roller, believed to be unique,<br />
which can remove particles as<br />
small as one micron from the surface<br />
of the substrate on which the<br />
foil or laminate is to be applied.<br />
For a sense of scale, one micron<br />
is one thousandth of a millimetre:<br />
impossible for humans to see<br />
without magnification.<br />
Once removed, the debris is<br />
then transferred to a special reverse-wound<br />
sheeted adhesive<br />
roll for permanent disposal.<br />
Although the roller makes direct<br />
contact with the surface of<br />
the material, Teknek assures customers<br />
that there is no risk of damage<br />
to the material being cleaned.<br />
The technology was initially developed<br />
for use in the electronics<br />
industry, for processes including<br />
the manufacture of printed circuit<br />
boards and flat screen TVs, fields<br />
in which contamination must<br />
be minimised as far as humanly<br />
possible.<br />
This has now been adapted for<br />
use in the furniture industry: in<br />
one case, PW&<strong>SS</strong> was told, a customer<br />
was able to increase his<br />
yield from 37% to 90%, although<br />
this is an extreme example. Teknek<br />
systems can be used in conjunction<br />
with membrane pressing,<br />
PUR and laminating processes.<br />
The Teknek range is available in<br />
a range of formats: web, sheet and<br />
manual; and in a wide range of<br />
sizes.<br />
Having previously exhibited at<br />
W10, Teknek’s team was delighted<br />
with the response the product received<br />
from a world-wide audience<br />
at Ligna. When PW&<strong>SS</strong> visited<br />
the stand on the third day of the<br />
five-day exhibition, a sale had already<br />
been completed off the<br />
stand and particular interest was<br />
reported from Australia, New<br />
Zealand, Colombia and, particularly,<br />
Turkey. Teknek exports 98%<br />
of its product, with offices in<br />
Japan, China, Hong Kong, Taiwan,<br />
Korea and the USA as well as in<br />
Scotland.<br />
The contact cleaning system<br />
can work with a wide variety of<br />
sheeted materials, including glass,<br />
film, panels, laminates and graphics,<br />
as well as reel to reel materials<br />
such as labels and foil.<br />
Used in conjunction with methods<br />
such as brush and vacuum<br />
methods, a Teknek system can reduce<br />
waste for the manufacturer<br />
by offering additional, more intensive<br />
surface preparation.<br />
Teknek Europe<br />
Tel 0141 568 8100<br />
Email teknek@teknek.com<br />
www.teknek.com<br />
Leadermac at Ligna<br />
Left to right, Michael Chang, managing director of Leadermac Machinery Co<br />
Ltd; Graham Bell, Health & Safety Manager, Ramsey Timber Group; Michael<br />
Ramsey, managing director, Ramsey Timber Group; Dale Daglan, shift manager,<br />
Ramsey Timber Group; Kevin Wright, managing director, Leadermac<br />
UK Ltd; and Lawrence Marklew, project manager, Ramsey Timber Group.<br />
LEADERMAC UK Ltd has been<br />
working closely with the Ramsey<br />
Timber Group and is due to<br />
deliver to the company a sixth<br />
Leadermac machine.<br />
The teams recently met up at<br />
Ligna, Hannover.<br />
Ramsey Timber Group is a company<br />
with an excellent reputation<br />
who started in 1890 building canal<br />
boats and barges in Bradford. 121<br />
years later, Ramsey Timber Group<br />
is a dynamic and innovative manufacturer<br />
and a major supplier of<br />
timber components to the UK<br />
bedding and furniture industry,<br />
annually sourcing over 30,000 m 3<br />
of quality softwoods.<br />
Operating across three sites,<br />
Ramsey Timber Group has currently<br />
running in its hi tech plant<br />
three Leadermac machines.<br />
Leadermac first installed in 2002<br />
a five-head Compact machine and<br />
a six-head Compact machine. In<br />
2008 Leadermac supplied a<br />
Thundermac 120 m/min machine<br />
and in 2010 Leadermac supplied<br />
Ramsey Timber Group with two<br />
new 6 head Compact machines.<br />
The Thundermac which was delivered<br />
in 2008 was the first of this<br />
model in the UK and was installed<br />
as part of what is believed to be the<br />
UK’s first high speed and stacking<br />
system, operating at feed speeds of<br />
120 linear metres/min producing<br />
60,000 m of components per day.<br />
The new machine, due to be<br />
delivered in <strong>July</strong>, is a Leadermac<br />
Speedmac 6 head high speed fully<br />
jointed machine.<br />
Leadermac UK Ltd<br />
Tel 01942 859933<br />
Email info@leadermac.uk.com<br />
www.leadermac.uk.com<br />
Page 34 Panel, Wood & Solid Surface June/<strong>July</strong> <strong>2011</strong>