TAIYI LASER

Laser cladding & repair solutions

Select laser cladding equipment for a component-repair process, from shafts and internal bores to screw flights and large working surfaces. Start with the damage, base material and access, then define deposition, finishing and inspection requirements.

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Laser cladding process depositing a repair track on a cylindrical steel shaft

Laser cladding for worn parts and working surfaces

This page supports equipment selection and integration for repair applications. Review the original component, its worn condition and the required final surface to determine whether cladding is suitable and which machine can reach the area. The application examples describe process requirements, not an offer of an on-site repair crew or a guarantee that every damaged part can be restored.

AI concept illustration of a large turbine rotor in an industrial maintenance workshop
  1. 01

    Shaft & rod surface repair

    Map worn, scored or corroded areas on piston rods, screws and bearing surfaces. Provide original and remaining dimensions, overall part length and diameter, and the support or rotation arrangement to be reviewed.

    Define the deposited layer and finishing allowance needed for the target dimension, then confirm the equipment and inspection scope.

  2. 02

    Internal-bore & internal-wall repair

    For cylinders, pipelines, barrels or similar internal surfaces, specify bore diameter, depth, access opening and the position of damage. Review head clearance and process access over the complete area.

    Confirm the chosen internal-wall configuration against the actual geometry and any sealing-surface requirements.

  3. 03

    Screw-flight cladding & strengthening

    Identify worn screw flights, screw heads or check-ring surfaces from injection-molding or extrusion equipment. Include profile dimensions, access between features and operating conditions when reviewing the deposition path.

    Agree the target surface, material selection and finishing requirements instead of assuming one configuration reaches every screw profile.

  4. 04

    Large components, molds & complex surfaces

    Submit models and handling constraints for large platens, molds, valves, brake discs or other complex surfaces. Review motion, workholding and any proposed machining interface as part of the equipment project.

    Gantry, robot or combined-process concepts require a confirmed package; downstream turning or finishing is not automatically included.

Match the configuration to your parts

Shaft cladding

Dedicated shaft systems for worn, scored or corroded surfaces on rods and bearing areas.

Internal-wall cladding

Internal-bore systems for worn or corroded cylinder, pipeline and barrel surfaces.

Screw cladding

Dedicated screw systems for worn flights, screw heads and check rings used in plastics processing.

Large-part repair

Gantry and robotic configurations for complex surfaces, plus combined cladding and turning lines for brake discs.

Application and equipment questions

Is this an equipment solution or an on-site repair service?

This page is for selecting and configuring equipment for component-repair processes. It does not establish an on-site repair service, collection arrangement or repair turnaround commitment.

Which geometries guide machine selection?

Shaft and rod surfaces, internal bores, screw flights and large or complex parts create different reach, support and motion requirements. Provide the full geometry and damaged area to review a suitable configuration.

What measurements and condition records are needed?

Send drawings, base material, original and worn dimensions, photographs and damage location. Include part weight, access constraints, operating conditions and the required final dimensions and surface condition.

Does cladding produce the final finished dimension?

The deposited layer and final finished surface are separate requirements. Confirm allowances, any subsequent machining or finishing, inspection and responsibility for those steps in the project scope.

How is repair suitability established?

Review the base material, damage, proposed deposition material and required service conditions. Define trials or inspection needed for acceptance; the application list does not guarantee that every worn or cracked component is repairable.

Request a quote

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

Describe your component, base material, dimensions and operating conditions. Include the worn or corroded area, bore or surface access, and the repair or strengthening requirements.

An application engineer replies within one working day