The 2000W Robotic Laser Welding Machine is for automated welding of repetitive metal parts and assemblies. With 1840 mm robot reach and ±0.05 mm repeatability, it is designed for manufacturers, OEMs, and contract fabricators that need consistent weld positioning and multi-angle access.
Technical Specifications
|
Parameter |
Specification |
|
Model |
HT-SZF2000W-C |
|
Laser Power |
2000 W |
|
Robot Type |
Six-axis industrial robot |
|
Number of Axes |
6 |
|
Robot Reach |
1840 mm |
|
Robot Repeatability |
±0.05 mm |
|
Laser Operating Mode |
Continuous / Modulation |
|
Laser Wavelength |
1070 ±10 nm |
|
Power Supply |
AC 220 V / 380 V, 50–60 Hz |
|
Cooling System |
Water cooling |
|
Wire Feeder |
Optional |
|
Warranty |
2 years |
Why Choose Our 2000W Robotic Laser Welding Machine?
Reduce Skilled-Labor Dependence
The 6-axis robot performs programmed welding paths automatically, reducing manual welding for repetitive production.
Reduce Distortion & Finishing
The 2000W fiber laser concentrates heat at the joint, helping control thermal distortion and reduce grinding or correction on suitable parts.
Access Complex Weld Positions
Multi-axis flexibility combined with external positioners allows access to intricate 3D geometries and complex angles.
Modular Integration for Scalability
Easily customizable with vision systems, wire feeders, dual stations, and smart fixtures to match your exact production workflow.
Material & Workpiece Compatibility
The 2000W system can be evaluated for common industrial metals and repetitive fabricated components.
|
Material |
Typical Workpieces |
Selection Considerations |
|
Stainless Steel |
Housings, cabinets, brackets, frames |
Joint design and heat input |
|
Carbon Steel |
Frames, machinery parts, brackets |
Thickness, joint gap and weld speed |
|
Aluminum Alloys |
Battery components, enclosures, structural parts |
Alloy grade, oxide layer and reflectivity |
|
Light Alloys |
Selected industrial components |
Requires application testing |
Suitable workpieces include:
- Sheet-metal enclosures
- Electrical cabinets and housings
- Brackets and frames
- Machinery components
- Automotive metal assemblies
- Battery trays and related components
- Standardized hardware and fabricated parts
Configuration Options for Different Production Needs
The system can be configured according to the actual production process.
|
Production Requirement |
Configuration |
|
Repetitive parts with fixed weld locations |
Customized welding fixture |
|
Multiple welding surfaces |
Rotary / multi-axis positioner |
|
Joint requires filler material |
Optional wire feeder |
|
Variable part loading position |
Vision positioning |
|
Higher production volume |
Dual-station worktable |
|
Automated material handling |
Automatic loading and unloading |
|
Existing automated production line |
Production-line communication |
|
Special workspace requirements |
Customized safety enclosure |
Standard Machine Configuration
The standard robotic welding system includes:
- 2000W fiber laser source
- Six-axis industrial robot
- Robot controller
- Laser welding head
- Water-cooling system
- Welding work area
- Control interface
Optional equipment includes a wire feeder, customized fixture, rotary positioner, dual-station worktable, vision positioning, automatic loading/unloading, production-line communication, and customized safety enclosure.
Safety & Compliance
The robotic laser welding cell can be configured with safety measures including:
- Safety enclosure
- Door safety interlock
- Emergency stop
- Laser-protection viewing components
- Warning indicators
- Robot safety functions
Compliance documentation should be confirmed according to the final machine configuration and destination market.
Engineering & Project Support
Chinasky Laser provides laser equipment development, manufacturing, and industrial application engineering.
Application engineering
Support includes
Welding process evaluation
Robot path programming
Fixture design
Positioner selection
Automation integration
Sample welding
Project support
Equipment configuration
Installation
Commissioning
Operator training
After-sales technical support
The company has experience in laser welding, cutting, cleaning, cladding, stripping, and precision material processing, serving customers in 100+ countries and regions.
Company qualifications include CE, FDA, and ISO 9001, plus 4 national invention patents and 20+ utility model patents.
FAQ
Q: Is 2000W enough for my workpiece?
A: Laser power alone does not determine welding capability. Material, thickness, joint design, gap, welding speed, and required weld quality must be evaluated together. Sample testing is recommended for a specific application.
Q: Can the robot weld large workpieces?
A: The 1840 mm robot reach determines the accessible working area. For larger or multi-sided workpieces, a positioner can be added to change the workpiece orientation and improve weld accessibility.
Q: Is a wire feeder necessary?
A: Not for every application. It is mainly used when the joint design, material combination, or gap condition requires filler material.
Q: Can you design the fixture for our parts?
A: Yes. The fixture can be designed according to the workpiece datum, welding locations, clamping sequence, loading method, and production requirements.
Q: Can this machine be integrated into an automated production line?
A: Yes. Positioners, vision systems, automatic loading/unloading, and production-line communication can be incorporated according to the required automation level.
Q: Can you test our parts before we place an order?
A: Yes. Providing actual parts, samples, drawings, or welding specifications allows the welding process and equipment configuration to be evaluated before the final quotation.
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