Description
Advantages &Features
Parameter
Product Parameter
| Item | Specification |
| Power Supply | 380 V |
| Air-Cooled Spindle Power | 4.5 kW × 2 (Stepper Motor) |
| Spindle Speed | 3850 r/min |
| Minimum Worktable Size | 670 mm |
| Maximum Worktable Size | 1800 mm |
| Max. Processing Width | 300 mm |
| Max. Processing Length | 1800 mm |
| Max. Processing Height | 180 mm |
| Laser Source | 1500 W × 2 (Tianjin Capella Laser Co., Ltd.) |
| Water Chiller | 1500 W × 2 |
| Dedicated Laser Cutting Head | 2 sets |
| Machine Dimensions (L × W × H) | 2900 × 1470 × 1890 mm |
| Machine Weight | 1800 kg |
| Rated Air Pressure | 1.2 MPa |
FAQ
Traditional welding transfers massive amounts of heat, which often warps or melts thin aluminum extrusions. Laser welding uses a highly focused, high-energy beam that creates a tiny heat-affected zone, resulting in zero deformation and a much faster, cleaner weld.
Yes. The adjustable welding stroke and CNC-controlled positioning allow quick adaptation to various aluminum profile dimensions and window frame configurations.
Absolutely. The machine features an adjustable stroke mechanism that can be easily tailored to meet different profile parameters, ensuring the laser heads are perfectly positioned for any custom window size you fabricate.
Yes. The advanced laser power source is highly versatile and widely used in various fields, including sheet metal processing, building materials, and furniture. It perfectly welds both aluminum extrusions and stainless steel frames.
In most cases, no. By precisely controlling the laser’s pulse width, energy, and repetition frequency, the machine creates a highly specific, smooth molten pool. The resulting weld seam is incredibly clean and aesthetically pleasing, saving you massive amounts of grinding time.
No. Because the system allows for exact, micro-level adjustments of the laser’s peak power and energy, it perfectly melts only the intended joint area without burning through the thin walls of architectural aluminum profiles.
