Equipment weight | 650kg | Maximum exhaust pressure | 3.0Mpa |
Lubrication method | Oil-free air compressor | Dimensions | 950*1500*1600 (mm) |
Noise | 54-57 (dB) | Working principle | Screw compressor |
Type | Fixed compressor | Performance | Variable frequency, low noise |
Exhaust volume | 1.1m3/min | Lubricating water volume | 23L/H |
Refueling volume | 18 (L) | Motor protection level | IP54 |
Motor; Display screen; Solenold valve; Oil filter; Electrical control system; Oil gad tank.
The laser cutting auxiliary gas is replaced from nitrogen and oxygen to "free" compressed air. The compressed air is provided by an air compressor and passes through post-processing equipment such as filters, cold dryers, and dehumidifiers to remove a large amount of "water", "oil", and "dust" impurities contained in the compressed air, thereby realizing the recycling of resource utilization and clean production, reducing carbon emissions to a certain extent, and responding to the realization of the "dual carbon" goal.
Advantages
Efficiency: Fiber laser cutting combined with compressed air can achieve fast cutting and is suitable for large-scale production.
Precision: The high precision of laser cutting combined with the auxiliary effect of compressed air can achieve cutting of complex shapes.
Economic efficiency: Compared with traditional cutting methods, fiber laser cutting has a higher material utilization rate and reduces waste.