Cooling without compromise.
Silent, ultra-thin airflow accelerators for next-gen electronics.
Because mechanical cooling doesn’t scale with thermal demands. Solid-state does.
HIGH CFM
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AI HEADROOM
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SILENT
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SOLID-STATE
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NO SPARKS
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OEM COMPATIBLE
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HIGH CFM | AI HEADROOM | SILENT | SOLID-STATE | NO SPARKS | OEM COMPATIBLE |
TECHNOLOGY
Create ions
Sharp electrodes produce a stream of charged air molecules.
Accelerate air
Ions move through an electric field, dragging air along.
Supercharge
Our proprietary geometry boosts CFM rates.
Some say: ‘It all begins with an idea.’
We say: ‘It all begins with an ion.’
APPLICATIONS
Precision cooling engineered in Switzerland.
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Vibrationless cooling for the most demanding scientific and industrial applications
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Solid-state airflow for compact compute modules where fans don’t fit or fail prematurely. Ideal for Jetson, Raspberry Pi and embedded boards that need stable cooling for AI inference, vision processing, or continuous 24/7 workloads. Delivers silent, airflow in ultra-dense enclosures.
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High-performance airflow in ultra-thin Z-heights where traditional blowers lose efficiency. Enables premium notebooks, tablets, and 2-in-1 devices to sustain additional AI loads—without noise, vibration, or spark-risk. Designed for strict skin-temperature limits.
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Reliable solid-state cooling for edge servers, industrial AI boxes, and high-density racks. Provides directed airflow with no moving parts, enabling dust-resistant, vibration-free, and low-maintenance designs. Ideal for thermally constrained deployments where uptime and silence are critical.
More: Medical, Aerospace, Automotive, Robotics
Don't Guess.
Test It.
Integrate It.
Evaluation kit Includes:
✓ Pre-configured cooling module
✓ Integration documentation
✓ Performance measurement tools
✓ Direct engineering support
Our Technology is Peer-Reviewed.
Born from world-class research at Empa (Swiss Federal Laboratories).
An in-silico proof-of-concept of electrohydrodynamic air amplifier for low-energy airflow generation
Energy-saving discharge needle shape for electrohydrodynamic airflow generation
Electrohydrodynamic air amplifier for low-energy airflow generation—An experimental proof-of-concept
Ionic wind amplifier for energy-efficient air propulsion: Prototype design, development, and evaluation
Downloads
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