In what sectors is the technology used?
Kitchenware and professional kitchens
Aviation
Automotive
Semiconductors
LED Market
Elektronics
Defence
Glassworks
Manufacture of tools and moulds
Watches and jewellery
Photovoltaics
Home appliances
Promotional items and gifts
Construction
Medical equipment
Pharmaceutical industry
Packaging materials
Plastics processing
LASER CUTTING
Technology for 21st century manufacturing
Increasing demands for quality and efficiency in production have resulted in the introduction of lasers into the production process. Lasers outperform conventional tools in all key aspects such as:
- SPEED
- PERFORMANCE
- ACCURACY
- FLEXIBILITY
Material cutting, along with engraving, ranks among the most common applications in industrial production. High-power lasers are required for cutting, with their power values expressed in kW. The aim of this process is to vaporize the material without causing thermal influence on the surrounding area. This is related to the excellent quality of the cutting edge. The laser beam emanating from the resonator is focused onto the surface of the material by a special lens, which heats and melts the material, and the molten material is blown away by the cutting gas delivered through a coaxial nozzle.
Furthermore, no further adjustments or manual finishing operations such as edge grinding and burr removal are needed. The advantage is that lasers can cut all materials except for some exceptions (Al, Cu), where the appropriate laser is required.
For these advantages, laser cutting technology with its frequent production rewards is highly popular, for example, among:
- MANUFACTURERS OF PROTOTYPE PARTS
- AUTOMOTIVE SUPPLIERS
- THIN PLASTIC PROCESSORS
We use a high quality machine from LASER ISSE
with a 6 kW laser.
