03 / LASER CUTTING AIR SOLUTION
Match the air package
to the cutting job.
Working pressure is one part of the selection. Air flow, treatment and operating duty complete the picture.
Family illustration; housing and configuration vary by series.
ONE FAMILY / SELECT BY DUTY
Choose the air supply.
Compare the configurations.
Compare pressure, delivered air flow, motor power and integration. We will confirm the selected model and air treatment against your cutting equipment.
How to choose the air package ↗| Configuration | Motor power | Pressure | Air flow listed | Details |
|---|---|---|---|---|
| 4-in-1 PM VSD | 15 / 22 kW | 1.6 MPa | 1.25 / 1.84 m³/min | View series ↗ |
| PM VSD screw | 15–160 kW | 1.6 MPa | 1.25–18.75 m³/min | View series ↗ |
| 4-in-1 screw | 7.5–22 kW | 1.6 MPa | 0.48–1.75 m³/min | View series ↗ |
| Screw compressor | 7.5–160 kW | 1.6 MPa | 0.48–18.2 m³/min | View series ↗ |
| 20 bar PM VSD | 15 / 22 / 37 kW | 2.0 MPa | 1.03 / 2.08 / 3.35 m³/min | View series ↗ |
Ranges cover different models. Confirm air flow at the required operating pressure and the cutter’s inlet-air requirement.
APPLICATIONS & SAMPLE RESULTS
Air supply in the cutting workflow.
Application references. Material, configuration and process settings determine the result on your parts.
Review the supply chain.
- Confirm the cutter’s inlet pressure and air consumption.
- Select compressor delivery at that pressure.
- Specify the dryer, filtration and storage.
- Review electrical supply, installation and service access.
LET’S DISCUSS YOUR APPLICATION
Share your cutter model and air demand.
Send a material description, drawing, sample photograph or current equipment details. We will help define the equipment and parts to quote.