ALL COVER EXCHANGE FIBER LASER CUTTER
Widely used in various metal processing industries, including: Kitchen and bathroom utensils Advertising signs Lighting hardware Electrical cabinets Auto parts Machinery and equipment Electrical equipment Aerospace Shipbuilding Elevator manufacturing Rail transit Textile machinery Precision parts processing Sheet metal rocessing And other metal industries.
| Attributes | Value |
|---|---|
| Working Area |
1500 / 2000 / 2500 × 6000 mm |
| Net Weight |
12000–14000 kg |
| Acceleration |
1.2G |
| Repeat Position Accuracy |
±0.2 mm |
| Laser Power |
6000W – 30000W |
Description
Machine Features:
Adopts a fully covered frame structure to prevent radiation damage to operators.
Equipped with high-efficiency transmission mechanisms, including imported high-precision rack and pinion and linear guides.
Features high cutting efficiency and performance with medium- to high-power fiber lasers.
Uses advanced numerical control system for fast servo response.
Employs a gantry structure for high precision, good rigidity, and stable operation.
Includes a universal roller device for labor-saving and convenient material handling.
Base is made of high-quality 16mm steel plate and pipe-welded frame structure.
The machine undergoes high-temperature annealing treatment, secondary aging treatment, and large-scale gantry milling for precision machining — these processes ensure excellent shock resistance, rigidity, and stability.
Equipped with a blanking drawer — no need to pull out the drawer when cleaning blanks (convenient design).
Features an automatic focusing cutting head — automatically adjusts the optimal focal length to ensure the best cutting effect across the entire board.
Includes a non-contact capacitive automatic height-following system — ensures consistent height between the cutting head and material (even if the material is not flat), avoiding scrapping due to height variations.
Uses fiber lasers with high electro-optical conversion efficiency — significantly reduces power consumption during operation, lowers running costs, produces less heat-affected trimming, results in flat slits, and generally requires no secondary processing.
Overall Dimensions — 15000 × 3450 × 2500 mm
Laser Power —
X-axis Servo — 1300W
Y-axis Servo — 1800W
Z-axis Servo — 400W
