LASER cutting is a technological novelty of recent years that finds application primarily in metal cutting and many other materials. An adjustable in intensity red light beam, guided by PC, focuses on the desired surface and cut or engrave with accuracy to be cut material. The technological particularity that eliminates failures and gives surfaces that do not require further processing.
The Advantages.
LASERCUT technology covers all the existing methods for cutting and punching, as introduced revolutionary innovations and facilities such as:
- Excellent quality of final cut surfaces without requiring the grinding.
- Innovative cutting speed.
- Operation without the need for molds and models.
- Marking absence and stakeout.
- Constant cutting diameter throughout the thickness of the material.
- Cutting materials into really any shape and form.
- Convenience changes in plans before cutting.
- Full use of all the features of the design software for creating cutting objects, due to compatibility and communication with the machine's software.
- Material economy due to the ability of organisation PCs cutting shapes on the surface of raw material.
- Cutting of materials in a manner that facilitates and simplifies the subsequent processing of the assembling of the final object.
Applications
Due to the wide range of materials and sizes that can be cut, the LASER technology finds application in many professional fields. Some of the areas in which the potential of cutting with LASER opens new horizons,el :
- Construction of industrial objects.
- Signage.
- Construction of professional spaces.
- Construction equipment.
- Small or large-scale decoration.
- Architectural applications.
- Repairs mechanical equipment.
Specifications.
The materials that can be cut with LASERCUT technique is the following:
Cutting sheet dimensions up to 1500 Χ 3000mm
Tubes up to F 350mm
Moreover cutting MDF / PLYWOOD MARINE 22mm
