Engraving and cutting
Laser technology offers utmost precision of engraving, marking and cutting, 100% repeatable performance and permanent marking on many different surfaces.
Laser applications:
» Advertising
» Stamps
» Architectural models and mock-ups
» Leather items
» Object marking
» Information boards
» Cups, trophies, honorary awards
» Laminates, badges, certificates
» Packaging materials
» Cutting plastics
» Textiles
» Interior design
» Templates
Laser systems are widely used for machining of such materials as:
| Material | Engraving | Cutting |
| Aluminium |  |
 |
| Acrylic | |
|
| Ceramics | |
|
| Chrome | |
|
| Wood | |
|
| Veneer | |
|
| Stone | |
|
| Cork | |
|
| Nickel | |
|
| Metal, Copper, Brass | |
|
| Noble metals (gold, silver) | |
|
| Steel | |
|
| Glass | |
|
| Fabric | |
|
| Plastics (plastic, silicone, etc.) | |
|
| Titanium | |
|
Interior design
By giving the possibility to engrave and cut out virtually any shape, laser technology in a very simple way can help give each room its one-of-a-kind design. Decorating wood, glass or cutting unique window or table decorations are just some examples used to illustrate how powerful laser can be as a tool in the hands of a modern interior designer.
Models and mock-ups
Laser plotters allow to cut out virtually any shape with very high precision. This makes it possible to obtain high-quality cuts in a very large group of materials such as paper, cardboard, plywood, plexiglass, foil, plastics, etc. These devices turn to be very useful in modeling - used to cut out wooden or cardboard models, as well as to create elements of building mock-ups. Laser technology provides precision unattainable with manual cutting, and. most importantly. 100% repeatability of cut elements.
Laser cutting of architectural models
Laser technology offers unquestionable benefits when creating architectural models. The computer-controlled cutting process provides an exceptional level of flexibility. Cuts are precise and clean, and do not require any treatment after completion of the cutting process.
Laser cutting of plastics
For cutting acrylic materials, CO2 lasers turn to be particularly effective. Another important field of application of lasers is the production of neon signs or illuminated advertisements, boards, displays, toys and other similar products. Laser processing requires no additional processes such as, for example. polishing necessary in the case of mechanically cut edges.
Laser cutting has many significant advantages over conventional cutting tools:
» high speed cutting
» very high machining flexibility
» contactless technology with no tools involved
» perfectly clean and sealed edges
» easy to use
» high efficiency, even with short production batches