Laser cutting service
1.Customized pattern is welcome
2.Laser cut on different material
3.Competitive price
4.polishing
laser cutting service
Laser cutting is applied for different kinds of materials where complex contours demand precise, fast and force-free processing. Lasers create narrow kerfs and thus achieve high-precision cuts. This method does not show any distortion and in many cases post-processing is not necessary as the component is subject to only little heat input and can mostly be cut dross-free.
Almost all kinds of metals can be laser cut: mild steel, stainless steel and aluminum are the most common applications. Other laser cut parts are made from wood, plastics, glass and ceramics. Compared to alternative techniques like die cutting, laser cutting is cost-efficient already for small-batch production. The big benefit of laser cutting is the localized laser energy input providing small focal diameters, small kerf widths, high feed rate and minimal heat input.
Rated Power(W) | |
Power Range(W) | |
Power Stability | |
Wave length(μm) | |
Excite Mode | |
Radiation Angele | |
Beam Quality | 10* |
Spot Diameter(mm) | |
Polarize | |
Indication Stability | |
Pulse Frequency | |
Pulse width | |
Ultra-pulse based Power(W) | |
Ultra-pulse output PowerW) | |
Ultra-pulse Duty(Ton/Toff) | |
Ultra-pulse Width | |
Ultra-pulse Frequency | |
Gas Consumption (L/h Purity99.996%) | |
Condition Temperature | |
Max Humidity | |
Main Power | |
Power Consumption(Max currency/Max Power) | |
Cooling Water Temperature | |
Cooling Water Flow | |
Cooling Water Temperature Stability | ≤±0.5' |
Cooling Water Pressure | |
Rated Cooling Capacity(KW) | |
Package Dimension | |
Weight | |
Max cutting:Carbon Steel(mm) | |
Stainless Steel(mm) | |
Al(mm) |