Why Copper Vapor Chambers Matter in High-Performance Electronics
Copper vapor chambers offer outstanding thermal conductivity for extreme heat flux densities in computing and power electronics.
Read MorePASSIVE 2-PHASE COOLING | STUTTGART
Superior Heat Dissipation for Critical Systems
Vapor chamber and thermosyphon systems with up to 10,000 W/mK — from idea to mass production, starting at 1 piece. All from a single source.
100% passive heat transport — zero power consumption
Automotive & industry quality (ISO 9001 / IATF 16949)
High production capacity & B2B supply chain from Stuttgart
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Services & Capabilities
Discover our comprehensive range of engineering services and technical capabilities
Phase 1: Concept & DesignFind Out More
Development
Customized CAD design & thermal system engineering. Direct contact in German & English – further details upon request.
Phase 2: Thermal OptimizationFind Out More
Simulation (FEA & CFD)
High-precision CFD fluid dynamics and two-phase FEA modeling to validate all thermal parameters.
Phase 3: PrototypingFind Out More
Prototyping
Rapid functional prototype realization via precision CNC machining, Friction Stir Welding (FSW), and vacuum charging.
Phase 4: Laboratory TestingFind Out More
Testing & Validation
Comprehensive calorimeter test bench validation, helium leak testing, and PUE performance verification.
Phase 5: Mass ProductionFind Out More
Mass Production & Scaling
Automated FSW production line with 100% inline helium testing. Capacity: up to 200,000 units/year.
Global Manufacturing & Co-Engineering
From prototype development to global mass production.
Design for Manufacturing (DFM)•Design to Cost (DTC)•QA & Scale-up