Journal
Part 4: Additive Manufacturing
Diode lasers with an ultra-wide beam are set to replace gas-based convection ovens
New approaches enable diode-laser-based additive welding of rail track and points even under extreme weather conditions
Part 3: Repair Cladding
Laser Cladding as Key to Increased Tool Life
Part 2: Cladding with diode lasers
Part 1: The basics of laser cladding
Diode lasers and their application - part 7: Beam shaping
Optics shape the laser beam so that it is suitable for the...
Direct diode lasers now enable multi processing head production lines and thus a significant increase in capacity during...
LDMblue high-power diode lasers and rotating phosphor converters revolutionize the process of white light generation.
Bridging wide gaps is a classic challenge in metal welding. It may arise in car body construction as well as in machine...
In a series of tests, a new method for removing fouling from ship hulls and other underwater surfaces is currently being...
High-power diode lasers optimize hardening of complex component geometries
Diode lasers and their applications - Part 6: Brazing process
Brazing works with diode lasers to create a specific,...
The trend towards digitalization has long since covered the field of industry lasers as well. Laserline reacted early and...
Diode lasers and their applications - Part 5: Copper welding process
Copper is one of the most important raw materials...
Diode lasers and their applications - Part 4: Heat Treatment Processes
The heat treatment of metal, such as the...
In terms of new environmental protection efforts, the reduction of CO2 emissions as well as fine dust is an important...
Diode lasers and their applications – Part 3: Cladding Process
Cladding with lasers, also called laser metal deposition,...
Diode lasers and their applications - Part 2: Welding process
Today, we look at the application fields. These are...
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