TAIYI LASER

Tube and profile

Laser tube cutting machines

Compare laser tube cutting machines by tube profile, chuck arrangement and loading method. Review manual, operator-assisted and automatic-loading configurations against your production brief.

Available range05 machine families
TY-G120F laser tube cutting machine with feeding rack against a warm-gray concrete studio background

Machines in this category

Choose a tube laser by workholding and loading method

Tube dimensions alone are not enough to choose a cutter. Compare the cross-section, stock length and part drawing with the chuck and support arrangement, then decide how stock will be fed and finished parts collected. A three-chuck layout describes workholding; it does not, on its own, mean automatic loading.

Manual loading: TY-G120F

Review TY-G120F for round and square tubes with manual loading. A semi-automatic feeding rack is an option, so the quotation should state whether the rack is included.

Operator-assisted cutting series

Compare the semi-automatic series when the operator remains part of the loading workflow. The family includes different models; confirm the tube range and support layout for the specific machine.

Automatic-loading configuration: TY-S120-G

TY-S120-G lists optional bundle loading and optional automatic unloading and sorting. Define the full handling package in the enquiry rather than assuming each option is standard.

Three-chuck workholding: TY-28025

Compare this configuration for long, large-diameter tubes and the listed structural profiles. Check chuck size, usable workpiece range, support and installation requirements together.

Economical series: TY-S60 / TY-S100

Review these configurations for focused tube-processing requirements. Compare each model against the actual tube dimensions and production brief; the series name is not a substitute for a model-specific capacity check.

Prepare your selection brief

  • Provide tube profiles, outside dimensions, wall thickness and stock length.
  • State the required production volume and how material will be loaded and collected.
  • Confirm that the proposed chuck and support layout suits the complete part drawing.

Laser tube cutting machine selection questions

What should I compare before choosing a laser tube cutting machine?

Provide the tube cross-section, outside dimensions, wall thickness, stock length and material grade. Include the finished-part drawing, production requirement and how stock will be loaded. Compare those requirements with the selected chuck, support and handling configuration.

Does every tube cutter include an automatic feeder?

No. TY-G120F uses manual loading with an optional semi-automatic feeding rack. The semi-automatic family uses operator-assisted loading. TY-S120-G lists automatic bundle loading and automatic unloading and sorting as options. Confirm included equipment in the model-specific quotation.

Is a three-chuck machine the same as a fully automatic machine?

No. Chuck count describes how the workpiece is held and supported during cutting. Loading automation describes how stock enters the machine. Review both separately, along with the tube profile, workpiece length and cutting sequence.

Can every model cut the same tubes and structural profiles?

No. Workpiece ranges and supported profiles differ between models. TY-G120F lists round and square tubes, while TY-28025 lists a wider group of structural profiles. Share the cross-section and complete part drawing so compatibility can be checked for the chosen machine.

How do I get a comparable tube laser quotation?

Specify the tube range, part drawing, material, production volume and handling scope. Ask for the laser configuration, loading, unloading and any optional equipment to be identified separately. A quote for the machine alone should not be compared directly with one that includes a complete handling line.

Request a quote

Tell us the part. We will tell you the machine.

Share your part drawing, material and production requirements. The quotation will identify the selected equipment, tooling, handling options and integration scope for your project.