Knowledge base
Laser welding – advantages and disadvantages
Laser Cutting vs. Traditional Methods: When Is It Worth Investing in Modern Technology?
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Marking systems and lasers
Laser type: on solids (THG, SHG), fiber, CO2 Wavelength: 355-10600 nm Output power: 3-100 W Aplications: marking Industries: automotive, metalworking, electronics, semiconductors, photovoltaics, medical
Protective glasses against laser radiation
Type of equipment: protective glasses against laser radiation Scope of protection: scattered laser radiation in all wavebands Aplications: cutting, welding, marking, engraving, ablation, surface
Laser cutting heads
Head type: laser cutting head Aplications: 2D cutting, 3D cutting, tube and profile cutting, micromachining Tasks: laser beam focusing, precise cutting thanks to head
Laser welding and surfacing heads
Head type: laser welding head Aplications: welding, surfacing Tasks: focusing the laser beam, inspecting the joint before, during and after the process Equipment: weld
Quality control systems
Head type: quality control systems Aplications: cutting, welding, laser surfacing Tasks: Control of head distance from workpiece, control of piercing and cutting process, control
Laser protection goggles
Type of equipment: laser protection goggles Scope of protection: direct and diffuse laser radiation in the full wavelength spectrum Aplications: cutting, welding, marking and
