Contactless laser tube cutting machines for complex geometries, bevels and holes without tooling changes between references.
HSG
TS2 HSG Laser Tube Cutting Machine
Fiber laser cutting machine for tubes and profiles with dual chuck, high precision and advanced automation for efficient industrial production.
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HSG
T2 HSG Laser Tube Cutting Machine
Fiber laser cutting machine for tubes and profiles with high speed, precision and advanced automation for intensive industrial production.
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HSG
R2 HSG Laser Tube Cutting Machine
Fiber laser cutting machine for tubes and profiles with dual pneumatic chuck, high precision and advanced automation for efficient industrial production.
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HSG
R1 HSG Laser Tube Cutting Machine
The HSG Laser R1 tube laser cutting machine offers a compact, efficient solution for precise cutting of tubes and profiles, improving productivity and quality in industrial processes.
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OMP
2D-3D Laser Tube Cutting Machine
The TF120 and TF220 are advanced fiber laser cutting systems for metal tubes and profiles, designed to deliver maximum precision, high productivity and great versatility across materials and geometries. They perform straight…
View machine →Contactless laser tube cutting. For complex geometries and frequent reference changes.
Straight cuts, miter cuts, bevels, holes and marking in the same operation.
In very long runs of a single simple geometry, the cut-off machine tends to be more cost-effective.
Do you need laser tube cutting?
Laser tube cutting works without a contact tool: a programmed head follows a path over the part, allowing straight cuts, miter cuts, bevels, holes and marking in the same operation. This is what determines whether it suits you better than conventional mechanical cutting.
Complex geometry or a mix of references
Laser is justified when the part needs holes, notches or bevels that would require additional operations with mechanical cutting, or when you switch references frequently and it doesn’t pay to keep specific tooling for each one. For very long runs of a single simple geometry, a cut-off machine usually turns out more cost-effective per part.
Material and CNC control
Stainless steel and aluminum require different cutting parameters from carbon steel, which is worth confirming with the equipment manufacturer before deciding. CNC control is inherent to this technology: it lets you program complex geometries and repeat them without manual intervention between parts, with the same result on every unit.
Other cutting technologies
If you’re not sure laser is the right option for your part, compare all the alternatives at tube and profile cutting, where the differences versus the cut-off machine are also explained.
Related searches hsg · omp · cut-off machines
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