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Virtek LTG (Laser Template Generator) — Speeds the hand assembly of components in manufacturing
We can significantly reduce your set up and changeover times
by up to 70% and increase productivity by up to 25%.
The Virtek LTG system projects an exact laser template of the
work piece to be built directly onto the work surface.
The correct positioning of the fixing components is fast
and easy with no blueprints to interpret or hand measurements.
Prefabricated concrete building component suppliers, caravan/RV
manufacturers, structural steel component manufacturers, wall
and floor panel manufacturers, window and door manufacturers
and manufacturers of heavy equipment, can all benefit from our
proven technology. Virtek LTG’s simple, accurate positioning of
CAD templates saves time and money on production, supervision and training.
Increased Throughput and Quality
Virtek’s line of laser templating products has been successfully
installed in thousands of locations around the world. Users of
this technology report impressive increases in efficiency,
productivity and product quality. Virtek LTG projects the exact
location of headers, openings and inserts, as well as all built-in
components and cut-outs required.
Virtek LTG enables you to:
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| • | Increase throughput by up to 25% |
| • | Reduce set up and changeover time by 70% |
| • | Identify underlying beams while the sheathing is on |
| • | Eliminate the need for blueprints, marking and measuring |
| • | Eliminate the need to manufacture and store physical templates |
Versatile and Easy to Use
Virtek LTG makes accurate positioning of components so easy
that even less experienced workers can become productive immediately.
Even the most complex work pieces can be fixed quickly and accurately.
Key features include:
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| • | Accuracy of +/- 1.6mm (1/16") over a 6.1m x 6.1m (20’ x 20’) area |
| • | Windows® based operating software |
| • | Interfaces with leading design software packages |
| • | Multiple projectors can be controlled on one computer |
| • | Advanced calibration to compensate for variations in temperature and position |
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