1. 1500mm x 3000mm cutting area
2. 400w SPI Brand laser from UK
3. CW-6000 chiller
4. CE, FDA
stainless steel fiber laser cutting machine
JQ-1530-400W Fiber Laser Cutting Machine
JQ400W fiber laser cutting machine adopts the most advanced technology – from SPI Lasers UK LTD. It is equipped with wearable high precision rack and gears, imported high accuracy linear guide for transmission system and uses most advanced CNC System. So JQ400W is high precision CNC Fiber Laser Cutting Machine. It is a high-tech product that combined Laser Cutting, Precise Machinery, CNC Control Technology, mainly used for cutting and processing mild steel sheet, stainless steel sheet, aluminum alloy sheet and many other metal materials. As High-Tech product, with fast cutting speed, high precision and cost effective, JQ400W will become the top-priority machine for metal materials processing.
1. Technical Parameters
Model | JQ-1530-400W |
Max. working area | 1500mm x 3000mm / 59” x 118” |
Cutting thickness | 0.1~4mm |
Laser wavelength | 1070nm |
Rated laser power | 400-watt |
Laser type | SPI Brand fiber laser from UK |
X axis and Y axis location accuracy | ±0.03mm |
X axis and Y axis repeat location accuracy | ±0.02mm |
X/Y max. acceleration: | 1.0G |
X/Y max. moving speed | 80m/min |
Max. cutting speed | 80m/min |
Min. cutting speed | 0.02~0.08mm |
Gross weight | 3800kgs |
2. Machine Features
1) High quality laser beam: smaller focal spot, refined cutting kerfs, higher working efficiency, better processing quality.
2) Rapid cutting speed: the cutting speed is twice as fast as CO2 laser (cutting with equal laser power)
3) Stable performance: laser device lifetime can be up to 400,000 working hours.
4) High photoelectric conversion ratio: its efficiency is 3 times higher than common CO2 laser, and it is energy-saving and environmentally friendly.
5) Low running costs: gross power is just 20-30% of CO2 laser.
6) Low maintenance costs: no working gas for laser device; optical fiber transmission doesn’t need reflecting lens, which save lots of maintenance costs.
7) Easy operation and maintenance: optical fiber transmission and no need to adjust the optical path.
8) Flexible optical effects: compact volume and structure, easy to meet the requirement of flexible manufacturing.
3. Applicable Materials
Stainless steel, mild steel, aluminum alloy, iron, etc.
4. Applicable Industries
Aerospace technology, aircraft, rocket, robot, elevator and steamship manufacturing, sheet metal cutting, kitchen furniture, electron components, auto parts, cooling and ventilation pipes, label, hardware and many other metal parts processing industries.
5. Samples
