AI servers and racks
AI Data Center
Cooling decisions for high-density servers, fan trays, racks and supporting infrastructure.
- Key design check
- High heat density: verify airflow at the server or rack resistance, not free air.
Custom cooling fan applications
START WITH THE REAL OPERATING CONDITION.
Explore application-specific engineering questions, from enclosure resistance and high ambient temperature to noise, control and validation. Each hub connects the cooling problem to practical selection guidance.
Choose your system
APPLICATION COOLING HUBS
Select an application to review its constraints and related engineering articles.
Battery storage
BESS Cooling
Airflow paths for battery cabinets operating through load cycles, weather and maintenance states.
- Key design check
- Cell temperature spread: validate distribution across the full rack, not one local reading.
Clinical equipment
Medical Equipment
Cooling choices for devices where acoustic performance, vibration and availability all matter.
- Key design check
- Acoustic limits: measure the fan in the device, with its panels, grilles and mounting.
Drives and controls
Industrial Electronics
Cooling for cabinets and power electronics exposed to dust, heat, vibration and voltage variation.
- Key design check
- Installed resistance: include filters, grilles, ducts and credible service conditions.
Charging and power electronics
EV and Automotive
Cooling for chargers, converters and vehicle electronics with outdoor and cycling constraints.
- Key design check
- Ambient envelope: check the full temperature, dust, moisture and voltage range.
Thermal process equipment
3D Printing
Cooling and circulation choices for hotends, chambers, electronics bays and filtered enclosures.
- Key design check
- Airflow zoning: keep chamber, part and electronics paths from disturbing one another.
Fan Wall
Custom Fan Wall Fans
Custom cooling fans developed and manufactured for fan selection, air-path review, sample validation and volume production; complete Fan Wall cabinets are outside our scope.
Review Fan Wall fan solutions →
Rear-door heat exchanger
Custom RDHx Fans
Custom cooling fans developed and manufactured for fan selection, air-path review, sample validation and volume production; complete RDHx units, coils and liquid loops are outside our scope.
Review RDHx fan solutions →How custom development works
THE PART NUMBER IS NOT THE STARTING POINT.
We select and customize DC fan solutions around the operating point in your assembly. A sample should be checked in the real airflow path before a production decision is made.
See the full development process →- 1. Define the dutyAirflow and static pressure at that airflow, temperature, altitude, voltage and envelope.
- 2. Build the sampleConfirm control interface, connector, noise target and environmental constraints.
- 3. Validate in the unitReview temperature, acoustics, feedback signals and installed airflow before production.
From prototype to production
CUSTOM FANS THAT SCALE WITH YOUR PROJECT
See how an engineering review can develop into sample validation, pilot production and repeatable volume manufacturing.
Prototype development
3D Printer Fan Samples
Follow the sample path from hotend and part-cooling requirements to noise, vibration and repeatable validation.
Read the prototype case →Pilot validation
EV Charger Fan Development
Review pressure, outdoor conditions, redundancy and feedback before moving a charger design into pilot production.
Read the pilot case →Volume production
Industrial Cabinet Fan Replacement
Move from a replacement requirement to a source-backed fan choice, sample checks and a repeatable production specification.
Read the production case →Prepare a design review
WHAT TO SEND OUR ENGINEERS
Share the target airflow and static pressure, available space, voltage tolerance, control signal, connector, noise limit, quantity and the temperature or ingress conditions. If you have a current fan, send its label and the system context rather than relying on frame size alone.