Industrial Robotic Fiber Laser Welding Machine Workstation Manufacturer

Compliance:: CE Certified
Delivery Time:: In Stock
Payment:: L/C D/A D/P T/T Western Union
Warranty:: one-year warranty, lifetime maintenance service
Model:: RX-MJ03

Email:: David@battery-equipments.com
WhatsApp:: +8618659217588
WeChat:: 18659217588

Product Description

INDUSTRIAL AUTOMATION WORKSTATION

Industrial Robotic Fiber Laser Welding Machine Workstation

Integrating high-precision industrial robotics with premium fiber laser welding technology. Built with top-tier global components, delivering 5-8x operational efficiency over traditional TIG welding with multi-robot synchronization capability.

5X - 8X

Speed vs TIG Welding

360°

Multi-Angle Precision

1000W-2000W+

Laser Power Options

304 Stainless

Quick-Connect Fittings

Integrated Workstation Overview: Robotic Arm, Fiber Laser Source, Cooling Unit, and Main Control Console

Modular Auxiliary Systems

1. Welding Digital Swing System

Controls the laser beam to perform high-frequency digitally guided swinging, expanding seam tolerance, optimizing weld pool fluidity, and enhancing bead geometry.

2. Welding Follow-Up System

Real-time surface height tracking automatically adjusts the welding head distance, ensuring focal consistency, uniform depth, and repeatable quality.

3. Laser Seam Tracking System

Utilizes optical/laser sensors to scan and correct the path dynamically, achieving ultra-high precision seam tracking on complex joint geometries.

4. Servo Wire Feeding System

Driven by a high-precision servo motor for smooth, uniform wire delivery, ideal for wider gaps, structural reinforcement, and lap joints.

5. Welding Dislocation / Positioner System

Synchronizes workpiece rotation and tilting with robotic motion to keep the weld seam in optimal flat-position orientation continuously.

Laser Welding Robot Workstation Optional Systems Diagram

Optional Configurations Breakdown: Swing Controller, Control Panel, Laser Tracking Head, Servo Wire Feeder, Positioner

Supported Joint Types & Specifications

Joint Configuration	Process Characteristics & Application
Butt Joint	Precision edge-to-edge alignment joining two flat or tubular workpieces.
Lap Joint	Overlapping edge joining for sheets or plates, welded along the boundary edge.
Overlap Joint	Multi-layer sheet penetration welding, utilizing deep-penetration laser optics.
Plug / Spot Joint	Localized keyhole joint or spot fusion, providing high structural strength with minimal heat.
Edge Flange Joint	Seamless seam welding across bent or flanged sheet metal borders.
T-Joint	Fillet welding at perpendicular 90° panel or pipe junctions.
Recessed Lap Joint	Specialized lap configuration designed with stamped or recessed retention grooves.
Corner / Edge Joint	Corner-to-corner perimeter sealing for enclosures, frames, and sheet structures.

Process Performance Comparison

Comparison Metric	Traditional Arc (TIG)	Manual Laser Welding	Robotic Laser Workstation
Operational Complexity	High (Requires Master Welder)	Moderate	Simple (Automated / Programmable)
Consumable Costs	High	Low	Low
Welding Speed	Standard Baseline	2x TIG Speed	5x to 8x TIG Speed
Seam Quality & Finish	Average (Requires Grinding)	High	Superior (Industrial Precision)
Thermal Deformation	Severe Distortion	Minimal	Minimal / Negligible
Labor Cost Impact	High	Medium	Lowest (Fully Automated)
Heat Input level	Very High	Low	Low / Controlled

Motion Control & Heavy-Duty Hardware Features

5.1 Digital Dual-Swing Laser Head

Equipped with high-performance digital motion control and dual-wobble technology. Ensures uniform weld pool agitation, smooth bead formation, and structural strength.

5.2 Ergonomic Industrial Design

Compact layout optimizes shop floor footprint. Features engineered thermal dissipation channels and low-noise operational acoustics for continuous industrial operation.

5.3 Aviation-Grade Connectors

All electrical lines feature heavy-duty aviation plugs. Gas and water lines utilize 304 stainless steel quick-connect couplers for fast maintenance and relocation.

Laser Head Detail

High-Precision Laser Welding Head Assembly

Robotic Workstation Integration

Automated Rotary Fixture Integration

Fiber Laser Material Penetration Matrix

Material	Shielding Gas	Thickness (mm)	1000W	1500W	2000W
Aluminum	N₂	1.0	✓	✓	✓
		1.2	✓	✓	✓
		1.5	—	✓	✓
		2.0	—	—	✓
Stainless Steel	Ar	0.5	✓	✓	✓
		0.8	✓	✓	✓
		1.0	✓	✓	✓
		1.2	✓	✓	✓
		1.5	✓	✓	✓
		2.0	—	✓	✓
		2.5	—	—	✓
Carbon Steel	CO₂	0.5	✓	✓	✓
		0.8	✓	✓	✓
		1.0	✓	✓	✓
		1.2	✓	✓	✓
		1.5	✓	✓	✓
		2.0	—	✓	✓
		2.5	—	✓	✓
Galvanized Sheet	Ar	0.5	✓	✓	✓
		0.8	✓	✓	✓
		1.0	✓	✓	✓
		1.2	✓	✓	✓
		1.5	—	✓	✓
		2.0	—	—	✓