Laser Welding Enclosure
- High-precision welding: Small heat-affected zone, no plate deformation, laser welding cabinet dimensional accuracy up to ±0.1mm.
- High efficiency and cost reduction: Automated laser welding efficiency increases by 50%, reducing labor and delivery cycles.
- Multi-material customization: Compatible with steel, aluminum, stainless steel, and other materials, supporting complex structures and customized designs.
- Stable and reliable: Smooth welds without spatter, ensuring both appearance and structural stability.
How to implement a robot laser welding enclosure?
The upgrading of industrial automation and intelligence has led to a surge in demand for efficient and precise automated laser welding in the manufacturing industry.
Electrical cabinets are the core of industrial control systems, and the welding quality of their frames directly determines their overall stability and durability. Welding with our robotic laser welding machines can significantly improve efficiency and precision.
More about Robotic Laser Welding Enclosure
- Technical Data
| Specification | CH2000 |
| Laser source power | 2000W |
| Fiber Length | 10m |
| Robotic arm horizontal working range | 1730mm |
| Robotic arm repeatability | 0.06mm |
| Welding speed | Up to 6 m/min |
| Weldable material thickness | 0.6-1.2mm |
| Control cabinet | RAL 2004 |
Reasons to choose us for laser welding enclosure
High-Precision Weld Tracking
The weld seam tracking sensor, powered by visual algorithms, detects minute deviations in electrical cabinet weld seams in real time and dynamically adjusts the welding torch trajectory.
It adapts to various weld seams, including straight lines, curves, and intersections, ensuring both welding precision and wide applicability.
Improved Production Efficiency
Compared to traditional welding, automated robotic welding eliminates the need for repetitive training, significantly reducing changeover time to meet the demands of mass production.
It also reduces human intervention, improves product quality, lowers rework rates, and ultimately reduces overall production costs.
Handheld laser welding enclosure
- Sample Pictures
- Specification
- Video
| Specification | CH1500 | CH2000 | CH3000 |
| Maximum Laser Power | 1500W | 2000W | 3000W |
| Laser Wavelength | 1080nm±5nm | 1080nm±5nm | 1080nm±5nm |
| Fiber Output Quantity | Route 1 | Route 1 | Route 1 |
| Fiber Length | 10m | 10m | 10M |
| Depth Of Field | 3mm Stainless Steel | 4mm Stainless Steel | 6mm Stainless Steel |
| 2mm Aluminum Alloy | 3mm aluminum alloy | 5mm aluminium alloy | |
| Voltage Input | AC220V+1PAC | AC380V+10%/3PAC | AC380V+10%/3PAC |
| Overall Power | 7.7KW | 9KW | 15KW |
| Type Of Cooling | Water cooling | Water cooling | Water cooling |
| Pump Power | 0.26KW | 0.26KW | 0.48KW |
| Tank Capacity | 10L | 10L | 16L |
| Rated Flow | 1.5L/min+15L/min | 2.0L/min+15L/min | 2.0L/min+20L/min |
| Optical Fiber Type | QBH | QBH | QBH |
| Fiber Diameter | 25um | 25um | 50um |
| Automatic Wire Feed | 0.8-1.6mm Stainless steel/ | 0.8-1.6mm Stainless steel/ | Double 0.8-1.6mm Stainless steel/ |
| / aluminum alloy | / aluminum alloy | /aluminum alloy | |
| Dimension(I*w*h) | 900X400X720mm | 900X400X720mm | 1120X520X960mm |
Download Related Documents
Laser Welding – Industries at a Glance
Related Products (7)
Laser welding enclosure offers micron-level precision for airtight sealing (boosting IP protection), near-base metal weld strength for durability, 50%+ efficiency via automation, and minimal thermal deformation for dimensional accuracy and long-term reliability.
No. The high-strength, corrosion-resistant welds reduce wear and tear.
Routine cleaning and inspections (same as traditional cabinets) suffice, thanks to the process’s durability.