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Understand the process
Laser cutting
Laser cutting uses a tightly focused beam to heat and separate material with precision. An assist gas removes molten metal and contributes to edge quality.
Principle and advantagesKnowledge center
Practical guidance to compare processes, prepare a project, and ask suppliers the right questions.
Fundamentals
A concise introduction to what each process does and where its main industrial benefits lie.
01
Understand the process
Laser cutting uses a tightly focused beam to heat and separate material with precision. An assist gas removes molten metal and contributes to edge quality.
Principle and advantages
02
Understand the process
A focused beam modifies the surface to create text, a logo, a serial number, or a 2D code. Depending on the settings, it removes a small amount of material or changes its appearance.
Principle and advantages
03
Understand the process
Laser welding concentrates a high energy density on the joint. The edges melt locally and solidify to form a narrow, consistent seam.
Principle and advantages
04
Understand the process
Laser cleaning directs controlled pulses at rust, paint, or contamination. The unwanted layer absorbs the energy and separates from the base material.
Principle and advantagesGoing further
Additional guidance to compare processes and prepare a concrete project.
Comparison
Compare precision, thickness, speed, and total cost for your production.
Read the analysisProcess
Understand differences in speed, distortion, preparation, and finishing.
Read the analysisSizing
The variables that matter beyond the headline kilowatt figure.
Read the analysisNeed an application-specific view?
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Production data turns technology into a decision.
Prepare a first discussion
Send us your material, thickness, production volume, current process, and quality target. We will help identify the most suitable laser options.
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