Journal
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...
Diode lasers and their applications – Part 1: The basics
The question doesn’t seem to be up-to-date. But isn’t the...
Multikilowatt lasers and highly compact design - for a long time this seemed to be incompatible. With the 19” diode laser...
Up till now, anti-corrosion coatings of membrane walls represent a formidable challenge. Convincing results have...
To date, whoever wants to weld thick-walled metal sheets has to put up with long processes, not to mention annoying...
Technically superior but economically untenable — until now, this was the destiny of diode lasers when it came to...
Actually, hard chromium plating will soon be forbidden but can it still be used as there is no other solution? Far from...
Fiber lasers – initially, this seemed to have been the first choice. Arcelor Mittal Tailored Blanks (AMTB) wanted to...
Founded in 1997, Laserline has enabled diode laser technology to achieve a breakthrough in the industry. Within 20 years,...
