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Ionic Wind – Fertigung

Develops fanless cooling modules based on electrohydrodynamic airflow generation (Ionic Wind) for electronics.

Ionic Wind Logo

Ionic Wind

SwitzerlandNew on Amplifa

2025Founded as an Empa spin-off and ETH startup
Solid-stateCooling without moving parts
4+Peer-reviewed publications on the technology

About Ionic Wind

Ionic Wind was founded in 2025 as an Empa spin-off and ETH startup and develops fanless cooling modules based on electrohydrodynamic airflow generation (Ionic Wind). The technology uses sharp electrodes to charge air molecules, which are accelerated by an electric field, producing a quiet, low-vibration airflow without moving parts. The solid-state airflow amplifiers target applications where mechanical fans reach their limits: tight Z-height constraints, thermal bottlenecks in AI workloads, and requirements for longevity, maintenance-free operation and freedom from interference. The company offers pre-configured cooling modules as well as an Evaluation Kit with integration documentation, measurement tools and direct engineering support for performance measurement. Target industries include high-precision instruments, single-board computers and embedded systems (including Jetson, Raspberry Pi), notebooks and compact electronics, edge AI and data infrastructure, medical technology, aerospace, automotive and robotics. The technology is based on peer-reviewed research at Empa (publications 2023–2024).

Site
Switzerland
Processes
Electrohydrodynamic air cooling (Ionic Wind / Solid-State Airflow), Integration of electrically neutral cooling modules including evaluation (Evaluation Kit,, Solid-state cooling modules (electrohydrodynamic airflow amplifiers), Evaluation Kits (pre-configured cooling module, integration documentation, measurement tools)., Integration support / OEM compatibility
Materials
Electrohydrodynamic airflow generation, Solid-state airflow amplifier
Founded
2025
Industries
High-Precision Instruments / Metrology, Single-Board Computers / Embedded, Laptops & Compact Electronics, Edge AI & Data Infrastructure, Medical Technology, Aerospace
  1. 01

    R&D on electrohydrodynamic airflow generation

  2. 02

    Design and development of electrode geometry

  3. 03

    Manufacturing/integration of solid-state cooling modules

  4. 04

    Performance measurement and evaluation (Evaluation Kit)

  5. 05

    Integration support for OEMs

Technology & Processes

EHD

Electrohydrodynamic airflow generation

Ionisation and acceleration of air molecules in the electric field for fanless, quiet airflow.

SS-AF

Solid-state airflow amplifier

Cooling modules without moving parts for vibration-free, low-maintenance cooling of dense electronics.

Locations

Standort Switzerland

Switzerland

CH

Development & Manufacturing

Cooling Modules & Components

Solid-state cooling module
Solid-state cooling moduleIonic Wind · Electronics cooling
Electrode module
Electrode moduleEHD technology · Electronics
Evaluation Kit cooling module
Evaluation Kit cooling moduleElectrohydrodynamics · Electronics

Inside the production

Ionic Wind – Technology
Ionic Wind – Technology
Development
Development
Lab / Assembly
Lab / Assembly
Modules
Modules

Industries

High-Precision Instruments / MetrologySingle-Board Computers / EmbeddedLaptops & Compact ElectronicsEdge AI & Data InfrastructureMedical TechnologyAerospaceAutomotiveRoboticsHigh-Precision Instruments / MetrologySingle-Board Computers / Embedded (Jetson, Raspberry Pi)Edge AI & Data Infrastructure (Edge Servers, Data Centres)

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
Electrohydrodynamic air cooling (Ionic Wind / Solid-State Airflow)Engineering–––––
Integration of electrically neutral cooling modules including evaluation (Evaluation Kit,Engineering–––––

Additional services

Solid-state cooling modules (electrohydrodynamic airflow amplifiers)Evaluation Kits (pre-configured cooling module, integration documentation, measurement tools).Integration support / OEM compatibility

History

  1. 2025

    Founded as an Empa spin-off and ETH startup

  2. Peer-reviewed research on electrohydrodynamic airflow generation (publications 2023–2024, among others from research at Empa)

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