Manipulator Laser Welding Machine
For Robotic, Flexible Welding of Complex 3D Components and Structures.
- The Manipulator (Robotic) Laser Welding Machine provides unmatched flexibility for automated welding of complex three-dimensional parts.
- By integrating a high-power fiber laser with a multi-axis industrial robot arm, this system can follow intricate 3D contours and access tight spaces unreachable by traditional welding heads or gantry systems.
- It is the definitive solution for high-mix, high-volume production in automotive frame assembly, aerospace structural components, and custom machinery fabrication.
- This setup maximizes application versatility, allowing for rapid reprogramming between different part geometries to achieve deep-penetration, low-distortion welds on large and complex assemblies.
SPECIFICATIONS
Manipulator Laser Welding Machine
Technical Data
| Laser Source | Continuous Wave Fiber |
| Laser Power | 1000 – 4000W |
| Cooling Method | Water Cooling |
| Wavelength | 1064nm |
| Suitable Application | Large 3D Components |
Components
Fiber Laser Source
A specialized laser with excellent beam quality, delivered via a fiber optic cable to the robot. This ensures a consistent, focused spot at the weld point regardless of robot arm position.
Industrial Robotic Arm (6-Axis)
A high-precision, high-repeatability robot with a large working envelope. It maneuvers the welding head through any angle to access joints on complex assemblies.
Robotic Laser Welding Tool (RLWT)
The end-effector. An integrated module containing the final focusing lens, protective cover slide, and often integrated vision, tactile seam tracking, or wire feeding.
Laser Delivery Fiber & QBH Connector
The high-flexibility, armored fiber optic cable that transmits the laser beam from the source to the robotic tool. The QBH connector ensures a reliable, industry-standard optical connection.
Process Control Cabinet & Chiller
The central hub housing the laser power supply, robot controller, safety interfaces, and cooling systems for both the laser and the RLWT.
Offline Programming (OLP) & Simulation Software
Critical for efficiency. Advanced 3D software allows welds to be programmed on a digital twin of the part and cell, minimizing costly production line downtime for teach-in.
If you have specific component preferences, we can discuss configuration options to meet your needs.
Upgrades & Variants
Fume Extraction & Filter Unit
A robust, integrated system with multiple filter stages (HEPA, carbon) to capture fumes and particulates at the source. Protects operators and meets OSHA air quality standards.
6th-Axis Synchronized Positioner:
A heavy-duty, programmable rotary tilt table that works in perfect sync with the robot’s movements. Enables continuous, distortion-free welding of complex 3D parts.
Offline Programming & Simulation Suite
Advanced software that allows complete weld programs for new parts to be created and validated in a virtual 3D environment.
Closed-Loop Weld Monitoring & Analytics
Sensors that monitor weld quality metrics (like penetration) in real-time, logging data for each part. Provides traceable, auditable quality records and enables predictive maintenance.
With our fully independent R&D department, if you have any specific welding challenges or results you want to achieve, we can help develop a custom solution for you.
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This isn’t just an intro, it’s essential, next-level knowledge for welders ready to maximize their investment and capability.
Material Compatibility
| Specific Material / Combination | Handheld Laser Welding |
|---|---|
| Low/ Mild Carbon Steel | |
| Medium/ High Carbon Steel | |
| Stainless Steel | |
| Cast Iron | |
| Advanced/ High-Strength Steels | |
| Tool/ Die Steels | |
| Aluminum & Alloys | |
| Copper & Alloys | |
| Titanium & Alloys | |
| Nickel Alloys | |
| Stainless Steel to Mild Steel | |
| Nickel Alloy to Steel | |
| Plastics/ Polymers/ Ceramics | |
| Various Alloyed Wires |
A Stronger Weld Starts
with Cleaner Air.
W-Series Fume Extractor Designed for Laser Welding
Learn More
FAQ
1. What applications suit the Manipulator Laser Welding Machine?
This system is intended for robotic welding of large or complex three-dimensional components and structures. It combines a 6-axis industrial robot with a 1000W–4000W continuous-wave fiber laser for applications such as automotive, aerospace and custom machinery.
2. How is a robotic manipulator different from a gantry laser welding system?
A gantry system is suited to programmed paths in a fixed envelope, while the 6-axis manipulator is designed to reach complex 3D contours and access multiple angles. The better option depends on geometry, access, fixturing and production mix.
3. Can the manipulator be reprogrammed for different part geometries?
The page positions the robotic system for flexible, high-mix production and rapid reprogramming between geometries. Each new part still requires fixture design, path programming and process validation.
