Dual-Robot Collaborative Laser Cladding Workstation for Mass Production of Valves, Flanges, Valve Cores, and Precision Wear Parts
HALDEN dual-robot collaborative laser cladding workstation is designed for automated, high-efficiency laser surface cladding and 3D additive manufacturing. With two coordinated robot systems, multi-component powder feeding, dual-axis positioning, online vision, and temperature field control, it supports stable production of wear-resistant, corrosion-resistant, and gradient metal coatings for industrial components.
Single-Station Repair Is Not Enough When You Need Stable Batch Production, Multi-Material Coatings, and Repeatable Cladding Quality.
A dual-robot collaborative workstation improves productivity, reduces manual dependence, enables coordinated processing, and supports consistent coating quality for valves, flanges, valve cores, and other precision parts.
Key Information Customers Should Provide Before Choosing a Dual-Robot Laser Cladding Workstation
To configure the correct workstation, customers should provide component material, part diameter, length, weight, coating area, production volume, coating thickness, powder material requirement, whether gradient coating is required, fixture method, robot accessibility, batch takt time, workshop layout, power supply, gas supply, and inspection requirements.
Batch Production Requirement
Dual-robot collaboration is suitable when the customer needs higher productivity, shorter cycle time, and more stable repeated coating quality.
Multi-Component Powder Feeding
Multi-component powder feeding supports online production of gradient metal coatings for parts requiring layered or functional material transitions.
Part Size and Weight
The original equipment data covers processed parts up to 1500mm diameter, 3m length, and 500kg weight, with custom specifications available.
Process Monitoring
Online vision and temperature field control help improve melt pool consistency, coating stability, and repeatable physical properties.
Dual-Robot Collaborative Laser Cladding Workstation Overview
This workstation is configured for automated laser surface cladding and 3D additive manufacturing on different metal substrates. It is especially suitable for components such as valves, flanges, valve cores, rotating parts, cylindrical parts, and industrial wear components requiring batch cladding production.
Dual-Machine Collaborative Operation
Two coordinated robot systems enable highly collaborative operation, helping improve production efficiency and process continuity.
- Dual-robot coordinated motion
- Better production efficiency
- Suitable for batch coating cells
Gradient Metal Coating Capability
The multi-component powder feeding design enables online production of gradient metal coatings for parts requiring functional material transitions.
- Multi-component powder feeder
- Gradient coating production
- Different alloy powder materials
Online Vision and Temperature Control
Online vision and temperature field control help ensure efficient cladding and consistent physical properties in the melt pool.
- Melt pool monitoring support
- Process consistency improvement
- Stable coating quality
Dual-Robot Laser Cladding Workstation Technical Parameters
| Parameter | Data | Buyer Note |
|---|---|---|
| Laser Power | 6kW × 2 | Dual-laser configuration for collaborative high-efficiency cladding. |
| Laser Spot | φ2–4mm | Affects track width, heat input, and coating precision. |
| Cladding Efficiency | 0.5–2m²/h | Actual efficiency depends on coating material, thickness, path, and part geometry. |
| Single-Layer Coating Thickness | 0.1–3mm | Suitable for surface repair, coating, and functional layer deposition. |
| Single-Pass Cladding Width | 2–4mm | Important for path planning and coverage calculation. |
| Multi-Layer Coating Thickness | 5–10mm | Useful for deeper rebuilding or additive manufacturing applications. |
| Coating Surface Height Variation | ＜0.3mm | Helps reduce post-processing grinding amount. |
| Processed Part Diameter Range | 0–1500mm; other specifications can be customized | Confirm maximum part diameter before workstation layout design. |
| Processed Part Length Range | 0–3m; other specifications can be customized | Suitable for medium-length rotating or cylindrical components. |
| Processed Part Weight Range | 0–500kg; other specifications can be customized | Fixture and positioner must be matched to part weight. |
| Rotational Speed | 0–30r/min | Used for cylindrical and rotating component cladding. |
| Tilting Angle | 0–90° | Helps improve accessibility for different coating surfaces. |
| Motion Accuracy | ±0.1mm | Important for weld seam precision and repeatable coating quality. |
| Gas Types | Nitrogen, Argon, Helium | Shielding gas should be selected according to material and coating requirement. |
| Gas Flow / Range | 15–20L/min | Original page lists this value under pressure range; confirm final gas specification before order. |
| Powder Feeding Method | Gas-carried powder feeding | Powder flow stability is critical for track consistency and coating quality. |
| Drive Motor | Servo motor | Supports controlled and repeatable workstation motion. |
| Controller Type | Siemens PLC | Industrial control platform for integrated operation. |
| Control Screen | 10-inch color touch screen | Operator interface for workstation control and monitoring. |
| Power Supply | Three-phase five-wire system, 380V±10%, 50/60Hz | Confirm local power compatibility before quotation. |
| Installation Dimensions | 50㎡ | Workshop layout must include equipment footprint, safety area, loading area, and operator access. |
| Equipment Weight | 15t | Foundation, lifting, transport route, and installation method should be reviewed. |
System Composition
The workstation integrates the main modules required for coordinated dual-robot laser cladding and batch production.
Main Product Features
Laser Cladding and 3D Additive Manufacturing
Supports laser surface cladding and 3D additive manufacturing for various metal substrates and alloy powder materials.
Online Gradient Metal Coating
Multi-component powder feeding enables online production of gradient metal coatings for advanced surface engineering.
High Production Efficiency
Dual-machine collaboration allows highly coordinated operation, significantly improving production efficiency.
Smooth and Uniform Coating Surface
High weld seam dimensional precision and surface uniformity reduce post-processing grinding requirement to less than 0.3mm.
Online Vision Control
Online vision helps monitor the process and supports consistency in cladding path and melt pool behavior.
Temperature Field Control
Temperature field control supports stable melt pool properties and repeatable coating performance during production.
Typical Applications
The dual-robot workstation is suitable for batch laser cladding and additive manufacturing of industrial components requiring stable coating quality, repeatable dimensions, and coordinated production.
Important Configuration Note
A dual-robot laser cladding workstation should not be selected by laser power alone. The final configuration should be based on production volume, part diameter, part length, part weight, coating material, coating thickness, fixture design, cycle time, gradient coating requirement, process monitoring requirement, and workshop layout.
What Gives Customers Confidence in a Dual-Robot Laser Cladding Workstation?
Buyers need confidence in robot coordination, powder feeding stability, melt pool monitoring, temperature control, coating consistency, fixture accuracy, workstation safety, operator training, process validation, and after-sales support.
Complete System Integration
Laser source, powder feeder, robot system, positioner, vision, temperature control, PLC, and safety system must work together reliably.
Batch Production Validation
Process validation should confirm coating thickness, hardness, bonding, surface height variation, grinding allowance, and repeatability.
Fixture and Positioner Design
For valves, flanges, valve cores, and rotating parts, fixture accuracy and positioner stability directly affect final coating quality.
Training and After-Sales
Operators need training for laser safety, robot path operation, powder feeding, parameter adjustment, maintenance, and troubleshooting.
How to Request a Dual-Robot Laser Cladding Workstation Proposal
To recommend a practical workstation configuration, please send component drawings, material, size, weight, coating requirement, production volume, and automation target.
Send Component Details
Provide component name, drawings, material, diameter, length, weight, coating area, and photos.
Confirm Coating Requirement
Confirm coating material, thickness, hardness, corrosion resistance, wear resistance, and gradient coating requirement.
Review Production Target
Confirm batch volume, cycle time, cladding efficiency target, inspection requirement, and workshop layout.
Receive Technical Proposal
HALDEN provides workstation configuration, fixture concept, technical parameters, layout suggestion, lead time, and quotation.
Frequently Asked Questions
What is a dual-robot collaborative laser cladding workstation used for?
It is used for automated laser surface cladding, gradient metal coating, and 3D additive manufacturing of industrial components such as valves, flanges, valve cores, and rotating parts.
Why use dual robots instead of one robot?
Dual-machine collaboration improves production efficiency, supports coordinated operation, and is more suitable for batch production or complex process layouts.
Can it produce gradient metal coatings?
Yes. The original product description includes multi-component powder feeding design for online production of gradient metal coatings.
What information is needed for quotation?
Please provide component drawings, material, diameter, length, weight, coating thickness, powder material, production volume, cycle time target, workshop layout, power supply, gas supply, destination country, and delivery term.
Need a Dual-Robot Laser Cladding Workstation for Batch Coating Production?
Send us your component material, drawings, size, coating requirement, production volume, and workshop layout. HALDEN can recommend a suitable dual-robot laser cladding workstation configuration for your application.
Please include these details:
- Component name, material, drawings, photos, diameter, length, and weight
- Coating area, single-layer thickness, multi-layer thickness, and final machining requirement
- Target powder material, hardness, corrosion resistance, wear resistance, or gradient coating requirement
- Batch production volume, expected cycle time, and cladding efficiency target
- Workshop layout, available space, power supply, gas supply, and safety requirements
- Destination country and preferred delivery term
