TAIYI LASER

Industrial laser machines and automation

Find equipment by the part you make and the operation it needs. Compare nine categories, then review the machine configuration, fixtures and production interfaces.

Browse categories
Catalog coverage09 categories
Fiber laser cutting head processing a precision-cut metal sheet

Machine categories

Start with the workpiece

Choose by production task.

Start with stock form, required operation and how the part moves through production. Use the links below to compare the relevant equipment before selecting a model.

  1. 01

    Cut flat sheet or plate

    Start with the workpiece size and decide whether you need an enclosed exchange table, a single platform, a large ground-rail format or a compact bed.

    Fiber laser cutting machines
  2. 02

    Cut tube or profile

    Compare stock length, section shape, loading method and chuck arrangement across semi-automatic, fully automatic, three-chuck, economical and G120F single-platform configurations.

    Laser tube cutting machines
  3. 03

    Automate repeat or complex weld paths

    Use a fixture-led welding system when the seam and workpiece define the station; move to an industrial robot or collaborative workstation when reach, payload, path flexibility, or material handling drives the cell.

    Fiber laser welding machinesRobot automation systemsCollaborative robot systems
  4. 04

    Clean, restore, or harden a metal surface

    Cleaning removes surface contamination or an existing layer. Cladding adds material for a specified surface or restoration task. Hardening treats the existing surface without adding a cladding layer; choose from the substrate and required result.

    Industrial laser cleaning machinesLaser cladding and hardening machines
  5. 05

    Connect a sheet-metal production line

    Start here when coil feeding and laser blanking, automatic sheet loading and unloading, or sheet storage must work as one connected production flow.

    Smart factory systems
  6. 06

    Configure a wire-basket production workflow

    Build the route around the basket workpiece, with selectable wire forming, straightening, mesh welding, forming, trimming, assembly, and finishing stages.

    Basket production solutions

Machine selection questions

Use the part and production task to narrow the catalog before choosing a configuration.

Which category should I start with?

Start with the incoming material and required operation: flat sheet, tube or profile, a welded assembly, a surface-treatment task, material handling or a wire-basket workflow. Then compare the relevant category and its individual configurations.

Browse machine categories
How do sheet and tube cutting differ?

The categories address different incoming stock and workholding. Sheet-machine selection starts with plate format and loading arrangement; tube-machine selection includes section shape, stock length, chuck arrangement and feeding method.

Compare tube cutters
Should I choose a dedicated welding station, industrial robot or cobot?

Compare seam geometry, fixture access, tool reach, loading method and production mix. The complete welding and handling arrangement matters; robot type alone does not establish part quality or cycle time.

Compare welding systems
Do cleaning, cladding and hardening solve the same task?

No. Cleaning removes a surface layer or contamination. Cladding adds material for a specified surface or restoration task. Laser hardening treats the existing surface without a cladding deposit; select the process around the substrate and required result.

Compare surface-processing machines
What makes equipment quotations comparable?

Provide part drawings, material, dimensions, process requirements and output targets. Compare the specified fixtures, options, loading and handling, utilities, installation scope and acceptance criteria alongside the machine price.

Discuss the equipment scope

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.