TAIYI LASER
TY-RF5018 robot cladding equipment package with six-axis robot, powder feeding and system cabinets

Robot cladding configuration

Robot Laser Cladding Machine

This TY-RF5018 robot laser cladding configuration follows programmed deposition paths on shafts, rollers, moulds and curved or irregular parts. Six-axis motion is combined with workholding selected to present the treatment surface to the cladding head.

Listed laser power3-12kW
Robot motion6axes
Cladding thickness0.5-2mm
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Whole-machine warranty: 2 years · Final price and delivery timing depend on part geometry and material, target layer, laser power, robot reach, cladding head, powder feeder, workholding, guarding, extraction and installation scope.

Specifications

TY-RF5018 robot cladding configuration data

TY-RF5018 robot system
Series
TY-RF5018
Robot structure
6-axis industrial robot
Listed laser power
3,000 / 6,000 / 12,000 W
Listed robot options
Domestic / FANUC / KUKA / Yaskawa or configured equivalent
Listed arm reach
1,800 / 2,000 mm, with other reaches configurable
Positioning accuracy
±0.05 mm / ±0.002 in
Cladding process package
Fiber-core diameter
600 μm
Fiber length
20 m standard listing; customizable
Fiber interface
QBH
Listed cladding spot
Round 4 mm or square 10 / 20 mm
Listed cladding thickness
0.5-2 mm / 0.020-0.079 in
Process head
Cladding head or hardening head, by configuration
Powder feeding and utilities
Powder feeder
Single or dual feeder, by configuration
Powder-particle range
20-200 μm
Listed powder-feeding accuracy
≤±2%
Shielding gas
Argon / nitrogen
Power supply
380 V, 50/60 Hz
Cooling / warranty
Water cooling / 2-year whole-machine warranty

Configure six-axis cladding paths around the part

Six-axis path control

The robot follows programmed cladding paths around flat, axial, curved and special-shape surfaces while maintaining the selected head orientation.

Configurable process package

Laser power, cladding or hardening head, focal arrangement and listed spot options are selected against the material, geometry and target layer.

Workholding around the part

A positioner, rotary fixture, rail or other support can be configured when the component must rotate, translate or be presented at a controlled angle.

Integrated powder feeding

Single- or dual-feeder configurations supply the selected alloy powder while the laser, head, cooling and controls operate as one cell.

Robot and reach options

The listed configuration supports multiple robot brands and reach selections so the motion envelope can be matched to the workpiece and fixture.

Project review before build

Part drawings, material, surface condition, target layer, cycle expectations, guarding and installation requirements are reviewed before the final scope is fixed.

From part review to sample acceptance

The final cell is defined from the submitted component, access conditions, target cladding layer and production requirements.

  1. 01

    Part drawing and cladding-area review

  2. 02

    Base-material and surface-condition check

  3. 03

    Target layer and cladding-material definition

  4. 04

    Laser power and process-head selection

  5. 05

    Robot reach and path-access verification

  6. 06

    Positioner, rail and workholding design

  7. 07

    Process trial and sample acceptance

  8. 08

    Guarding, utilities and installation confirmation

External and complex surfaces for repair and strengthening

Part geometry alone does not determine feasibility. Surface condition, robot access, workholding, shielding, extraction and the target layer are reviewed together.

Shafts and rollersExternal surfaces requiring dimensional restoration, wear resistance or localized strengthening
Moulds and large repair partsProgrammed deposition around accessible faces, edges and curved regions
Hydraulic and mining componentsColumns, pistons, cylinders and drill-related parts reviewed against geometry and condition
Irregular and curved partsSpecial-shape surfaces requiring coordinated robot posture and configured workholding

Other laser cladding configurations

Cladding workstation overview

TY-RF5018

Review the wider TY-RF5018 series and its robot, workholding and process-package options.

Internal-wall cladding

TY-RF5018

A dedicated configuration for accessible internal surfaces of pipes, cylinders and sleeves.

Platform automatic cladding

TY-RF2018

Open-platform automatic cladding for shafts, rollers and smaller repair parts.

Related industry solutions

Explore the applications and laser processes connected to this equipment.

Vehicle body structure, battery tray and automotive metal components

Automotive components

Laser processing for body structures, powertrain parts and battery components.

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

Laser cladding & repair

Restore worn surfaces on shafts, bores, screws and large components.

View solution
View all industry solutions

Review the robot path together with the fixture

Check the complete treatment path

Mark every cladding region on the part model, including edges, curves and surfaces near obstructions. Reach must be assessed with the head orientation and fixture in place; a nominal arm length alone does not confirm access to the whole surface.

Choose how the part moves

A positioner, rotary fixture, rail or support can be configured when the component needs rotation or translation. Describe the part dimensions and mass, loading method and locating surfaces so the motion package can be reviewed as one cell.

Specify the layer and acceptance plan

The base material, existing surface condition and target layer guide the process package. Agree the repair dimensions and inspection criteria before fixing the production target; robot positioning accuracy is not a guarantee of final part geometry or layer performance.

Machine selection questions

Which parts are listed for robot laser cladding?

The configuration covers reviewed shafts, rollers, moulds, hydraulic or mining components, and curved or irregular repair surfaces. Actual suitability depends on access, material, surface condition and the target layer.

Is a six-axis robot enough to reach every face of the part?

Not necessarily. Head orientation, fixtures and obstructions can limit access. The project may require a positioner, rail, different reach or a revised setup to present the treatment areas.

Is the rotary positioner included as standard?

Workholding and motion additions are selected by configuration. Identify the required positioner, fixture, supports or rail explicitly in the equipment proposal.

Can this external cladding configuration repair an internal bore?

Internal surfaces require a dedicated internal-wall head and bore-access review. Compare the internal-wall configuration rather than assuming an external cladding head can reach the same area.

What is needed to quote a robot cladding cell?

Send the part model, material, mass, surface condition, marked cladding areas, target layer and output requirement. Include loading arrangements and any constraints on robot space, fixtures or inspection.

Request a quote

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

Price depends on part geometry and material, current condition, target layer, laser power, robot brand and reach, cladding head, powder feeder, positioner or rail, guarding, extraction and installation scope.