TAIYI LASER

Cladding and hardening

Laser cladding and hardening machines

Compare six laser cladding configurations for internal surfaces, robot processing, platform repair and enclosed layouts, including a combined cladding and hardening option.

Available range06 machine types
Robot laser cladding system with rotary workholding equipment in a modern industrial studio

Machines in this category

Compare cladding systems by surface access and workholding

Laser cladding adds material to a surface for a repair or surface-treatment task. Choosing the equipment starts with the area to be processed: an internal bore, an external cylindrical surface or a more complex shape. Compare access for the processing head, part positioning and machine layout before specifying the deposition requirement.

Internal surfaces

The internal-wall configuration addresses pipes, cylinders, sleeves and other rotational parts. Provide the bore geometry, access opening and target treatment area so the head and workholding arrangement can be assessed.

Robot workstations and shaped parts

Compare the robot workstation and robot machine configurations for their processing and workholding arrangements. The robot machine lists flat, axial, curved and special-shaped workpieces; compatibility still depends on the complete geometry.

Platform processing

The TY-RF2018 platform configuration is listed for small-part repair and surface strengthening. Review part dimensions, positioning and the treatment area against the platform arrangement.

Enclosed equipment layout

The enclosed configuration brings motion, powder feeding, cooling and laser equipment into an enclosed system. Confirm the workpiece access and equipment arrangement for the project.

Combined cladding and hardening

If the project includes both repair by adding material and a localized hardening requirement, review the combined configuration. State the two tasks separately so the proposed process and equipment scope are clear.

Prepare your selection brief

  • Identify the substrate, working surface and condition of the part.
  • Share dimensions and access constraints, particularly for internal surfaces.
  • Describe the intended repair or surface treatment and how it will be inspected.

Laser cladding machine selection questions

What is the difference between cladding and hardening?

Cladding adds material to a surface, while hardening is a surface heat-treatment task. They are different requirements even when equipment is configured for both. This range includes a combined cladding and hardening machine; do not assume all six configurations include both processes.

Which machine should I review for an internal bore?

Start with the internal-wall laser cladding configuration. Supply the bore diameter and depth, access geometry, substrate and treatment area. The fact that a part is cylindrical does not by itself establish that a particular head can reach every internal surface.

How do robot, platform and enclosed systems differ?

Robot and platform configurations describe different motion and workholding arrangements. An enclosed configuration also addresses the equipment layout around the processing area. Compare these features with the part geometry, positioning and loading requirements rather than treating the names as interchangeable capacity ratings.

Can one configuration provide the same repair result on every material?

No common repair result or hardness value is specified for this whole range. The substrate, deposited material, surface condition and target result need to be considered for the application. Provide the acceptance requirements before a process and configuration are confirmed.

What determines a laser cladding machine quotation?

The part geometry, substrate, current surface condition, target repair or deposited layer, workholding and required equipment package define the quotation scope. Include drawings and the treatment area, and distinguish a machine procurement request from any separate process-development or service requirement.

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.