Hydraulic design
CFD-optimised impellers, volutes and channels balancing efficiency, NPSH and noise, matched to the high-resistance, low-flow nature of cold plate loops.
Technology
Technology
A complete R&D chain across fluid design, motor drives and reliability testing — co-developed with equipment makers to shorten matching cycles.
Process
Development process
- 01
Requirements
Agree duty, interfaces, lifetime and certification with the equipment maker.
- 02
Simulation
CFD, structural and electromagnetic simulation to iterate impellers and rotor profiles.
- 03
Prototyping
Rapid prototypes and pilot builds to validate assembly and process.
- 04
Rig validation
Performance, endurance, environmental and NVH tests with a validation report.
- 05
Production launch
PPAP / first-article inspection and process control for series production.
Core technology
Core technologies
Rotor profiles & PD pumps
Gerotor, gear and screw profiles that limit trapped oil and pressure pulsation, with suction paths optimised for cold, viscous oil.
Motors & drive control
Brushless motors and controllers developed together: sensorless FOC, PWM / CAN / LIN / Modbus, with dry-run, stall and over-temperature protection.
Testing
Testing & validation
Every new model passes performance, endurance and environmental testing before series production; key tests can follow customer specifications.
* Test list to be confirmed.
- Performance rig (Q-H / p-Q / efficiency)
- Endurance test rigs
- Temperature & thermal shock
- Salt spray & damp heat
- Vibration & mechanical shock
- IP protection rating
- EMC
- NVH: noise & vibration
Quality
Quality system
- IATF 16949 Certificate to be confirmed
- ISO 9001 Certificate to be confirmed
- ISO 14001 Certificate to be confirmed
- ISO 45001 Certificate to be confirmed
Tell us your duty point — we’ll propose the pump
Flow, head / pressure, fluid, temperature, voltage — the more complete, the more precise the selection.