Laser technology

LASER HARDENING OF MOLDS

Laser hardening methods:

• Contour - with 1 spot of a width of 4, 8 or 16 mm
• Surface - using an overlapping method

LASER HARDENING

Use:

• Refurbishing existing surfaces
• Increase the life of a part
• Creating new functional surfaces and coatings for pressing and cutting tools
• Increasing the resistance of highly stressed parts

laser cutting

We offer 2D cutting of structural steel, stainless steel and non-ferrous metals up to a thickness of 4 mm and a maximum size of 800 x 600 mm.

LASER WELDING

• Laser weldig of metals:
  Efficient method of fastening metal parts without additional material. We offer both pulsed and continuous mode welding. It is possible to weld in a protective atmosphere of argon.
  
• Laser welding of plastics:
  Transparent laser welding of thermoplastic by non-contact joining method without additional material. The result is very precise gas-tight welds that are highly resistant to mechanical stress.

LASER ENGRAVING

Engraving of metal materials to a depth of tens of mm.

METALLOGRAPHIC LABORATORY

• Metallographic preparation of various types of specimens
• Microstructure evaluation - optical/electron microscopy
• Spectrometry (EDX)
• Measurement of hardness and microhardness (checking the hardness of parts
  after hardening, checking the depth of hardening) 
  
• Possibilities of studying phase transformations in materials