Moldel: BCP45 / BCP60 / BCP100
Solution for <12kw Laser Cutting by None O₂ Gas
● High-quality cutting for stainless steel for thickness below 12mm, perfectly replacing liquid nitrogen
● Mixed gas cutting function is also available for achieving high-quality cutting of carbon steel and aluminum alloys
The bright cutting device can compress the air through the compressor, filter impurities, remove water through the cold dryer(desiccant), perform pressure swing absorption, and boost the pressure through the booster to generate high-purity (99.99% nitrogen at a specific pressure to meet the requirements of high-quality non-oxidative laser cutting.
The device includes: air compressor, air storage tank, filter, cold dryer (desiccant), nitrogen generator, related control systems
for the booster,and instruments.
Perfect replacement of liquid N2 especially appropriate for no liquid nitrogen area.
This device is capable of achieving bright surface (non-oxidized) cutting of stainless steel within a certain range; the maximum thickness for bright surface cutting varies with different machine models., Customers in areas without liquid nitrogen supply can select machine models based on the maximum thickness of stainless steel that can be cut.
All-purpose process gas supply device
it can be used for cutting various materials such as carbon stee, aalvanized sheet, stainless steel, aluminum aloy. and brass. The device can meet the requirements of high-speed and high-quality cuting of carbon steel for laser cuting machines within a certain range, with different maximum thicknesses for optimal cutting corresponding to different machine types. lt can also ensure the cutting of stainless steel at maximum laser power (oxidized surface) and provide burr-free cuting for aluminum alloy and mixed gas cutting for thick carbon steel.
Replacing liquid nitrogen results in significant cost savings
This device replaces liquid nitrogen, siqnificantly reducing operating costs for cutting stainless steel across different power segments, with greater cutting volumes leading to increasingly prominent economic efficiency.
This diagram shows the costs comparison of bright cutting device and the liguid nitrogen used for cutting 3mm/6mm/12mm stainless steel by a 3kw/6kw/12kw laser cutting machine for 4 years, The calculation is based on a running of 12 hours per day 300days per year for the machine and the electricity cost is 1RMB/kilowatt-hour, while the liquid nitrogen costs 1.2RMB/KG, the renting cost is 1000RMB/month.