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Application and Materials
Using a laser to cut and engrave has many advantages over mechanical
methods.
- The laser beam is about 5 mils (.005 inches) in diameter. Making it
possible to scribe and cut finer detail than is possible with mechanical
bits.
- No need to change drill, mill or engraving bits when producing complex
art work.
- No need to sharpen or purchase new bits.
- Cutout files do not need to compensate for bit diameter. You draw what
you need.
- What you see is what you get! (WYSIWYG).
- As easy to use as a printer. Anyone can do it.
Can be used on any of these materails:
- Acrylic
- Coated Metals
- Foam rubber
- Masonite
- Plastics
- Rubber
- Anodized Aluminum
- Delrin
- Glass
- Mylar
- Polycarbonate
- Styrene
- Cardboard
- Fabrics
- Leather
- Nylon
- Polyester
- Vinyl
- Ceramic
- Fiberglass
- Marble/Stone
- Paper
- Pressboard
- Wood
Typical applications using lasers include the following:
- Awards & Plaque
- Part Indentification
- 2D Protyping
- Hobby & Crafts
- Name Badges
- Control Panels
- Glass Etching
- Manufacturing
- Desk Accessories
- ID Tages
- Product Serialization
- Precision Scribing
- Rubber Stamps
- Display
- Stencil Making
- Gasket Cutting
- Templates
- Signs
- Textile Cutting
- Model Making
- Gaskets
- Architectural Modeling
- Drilling
- Metal Marking
Specifications subject to change without notice.
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