ABL Lasers
View ABL product page →What is the ABL laser and where is it used?
Thanks to its adjustable beam profile, the ABL laser delivers high precision and efficiency when cutting and welding a wide range of materials. It is used in automotive, energy storage and medical device manufacturing, among others.
What are the advantages of the ABL laser?
High energy density, precision and low thermal impact deliver fast, high-quality results — across a range of material thicknesses.
Which industries use it most?
Automotive, defense, aerospace, electronics, medical and energy.
When does an adjustable beam profile help?
When you work with different material types or need multi-layer processing, changing the beam profile improves process efficiency.
Which materials can the ABL laser process?
Steel, stainless steel, aluminum, copper, titanium and other metals, as well as some alloys.
What about energy consumption and environmental impact?
The ABL is a highly energy-efficient system, optimized to reduce its carbon footprint.
What software features does it offer?
User-friendly software lets you adjust beam profile, speed and power. Remote monitoring and data analysis features may also be available.
What maintenance is recommended?
Regular optical cleaning of the laser, checks of the cooling system and software updates at defined intervals.
What is the warranty period?
A 2-year warranty is typically offered; the period may vary under special agreements.
How does dual-beam ABL welding differ from conventional laser welding?
ABL's dual-beam technology uses a central core beam and a surrounding ring beam at the same time. This stabilizes the weld pool and minimizes spatter, making it ideal for high-speed, high-precision work. Conventional laser welding uses a fixed beam profile and suits simpler jobs. Dual-beam welding also significantly reduces cracking and deformation in the material.
What does the adjustable beam feature mean?
The laser's beam intensity and focus characteristics can be adjusted dynamically, so energy is delivered to the material more precisely and flexibly. In metal welding this provides deep penetration and control for strong, defect-free welds.