Paper
23 February 2006 Modern laser technologies used for cutting textile materials
Claudiu Isarie, Anca Dragan, Laura Isarie, Dan Nastase
Author Affiliations +
Abstract
With modern laser technologies we can cut multiple layers at once, yielding high production levels and short setup times between cutting runs. One example could be the operation of cutting the material named Nylon 66, used to manufacture automobile airbags. With laser, up to seven layers of Nylon 66 can be cut in one pass, that means high production rates on a single machine. Airbags must be precisely crafted piece of critical safety equipment that is built to very high levels of precision in a mass production environment. Of course, synthetic material, used for airbags, can be cut also by a conventional fixed blade system, but for a high production rates and a long term low-maintenance, laser cutting is most suitable. Most systems, are equipped with two material handling systems, which can cut on one half of he table while the finished product is being removed from the other half and the new stock material laid out. The laser system is reliable and adaptable to any flatbed-cutting task. Computer controlled industrial cutting and plotting machines are the latest offerings from a well established and experienced industrial engineering company that is dedicated to reduce cutting costs and boosting productivity in today's competitive industrial machine tool market. In this way, just one machine can carry out a multitude of production tasks. Authors have studied the cutting parameters for different textile materials, to reach the maximum output of the process.
© (2006) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Claudiu Isarie, Anca Dragan, Laura Isarie, and Dan Nastase "Modern laser technologies used for cutting textile materials", Proc. SPIE 6101, Laser Beam Control and Applications, 61010Y (23 February 2006); https://doi.org/10.1117/12.648315
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KEYWORDS
Laser cutting

Gas lasers

Laser applications

Carbon monoxide

Manufacturing

Polymers

Laser drilling

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