Axial flow series
High volume at low pressure. For PCB and ultrasonic air-knife drying, large-area aeration and water circulation.
PRODUCT MATRIX
Five series and 27 models, from 1.5 kW to 22 kW and from 2 kPa to 80 kPa. Start with the process, then choose the model.
Axial flow prioritises volume, mixed flow balances pressure and volume, centrifugal handles high pressure, vacuum is built for holding, and high-temperature is designed for hot-air loops.
High volume at low pressure. For PCB and ultrasonic air-knife drying, large-area aeration and water circulation.
A wide pressure range for more processes: textile lint removal, deep-water aeration, vacuum handling and process air.
High-pressure output for high-resistance pipework, deep-water aeration and high-pressure process gas.
Constant vacuum for oscillating-knife cutting, dust collection, drilling and automated vacuum handling.
For 60–100°C drying and heat-recovery loops. Air lubrication eliminates grease evaporation risk; intelligent temperature monitoring protects continuous operation. Suitable for cleanrooms, wafer drying and high-temperature process air.
Standard-condition data. Actual selection must account for pipework resistance, ambient temperature, media cleanliness and continuous-operation strategy. Our engineers confirm the final operating point.
Swipe horizontally to see all specifications →
| Model | Series | Power | Rated pressure | Rated flow | Max pressure | Speed | Voltage | Temperature |
|---|
Aerodynamic, electromagnetic, structural and thermal behaviour are coupled before a part is cut.
Impellers, rotors and key structures are machined with controlled balance and assembly tolerances.
Modular assembly and disciplined harness routing keep every unit consistent and serviceable.
Speed, pressure, flow, current, vibration and noise are checked before dispatch.
On-site pipework and process integration bring the blower to a stable operating point.
NOT SURE WHICH MODEL?
Pressure, flow, temperature, media and a site photo are a good start. We will return a model recommendation, operating point and energy estimate.