Unlocking the full potential of Green Laser technology and highly-reflective and refractory metals for the world's most demanding industries. We transform complex engineering challenges into high-performance reality, delivering solutions ranging from advanced thermal management to extremetemperature aerospace components.
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Advanced Thermal Management
High Performance Induction
Propulsion Systems
Harnessing the superior thermal conductivity of Pure Copper and Copper Alloys via Green Laser printing. We engineer monolithic heat exchangers and liquid cold plates with complex internal channels, ensuring optimal cooling for high-power electronics and EVs.
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Maximizing electrical efficiency with high-density Pure Copper and optimized geometries. Our customized induction coils and busbars deliver superior conductivity and extended service life.
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Pushing the boundaries of flight with highly- reflective metals. We manufacture lightweight propulsion components and structural parts designed to withstand extreme temperatures and mechanical stress in the harshest environments.
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For on-demand manufacturing, part production, and instant quotes, please visit our dedicated Service Bureau platform by clicking the button to the right.
Printing Service
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TPMS Cooling Channels
- Lattice: Gyroid / Diamond
- Benefits: Max surface area, uniform flow, no hot spots
- Performance: +28% heat transfer, lower flow resistance
- Process: Monolithic print, no brazing/leaks
IGBT Cooling – Beyond Forged Fins
- Limit: Forged fins hit bottleneck
- Innovation: 3D-printed micro-structures (bottom textures + spiral cones + horizontal strips)
- Gain: 30–40% higher thermal efficiency (same footprint)
- Target: 5× efficiency vs. copper plate
- Design: Irregular textures + spiral cones + horizontal strips
- Result: 6–7× gain (verified)
- Process: 3D-printed base + welded cover (hybrid)
Hydrodynamic Pin Fin Design
- Geometry: Teardrop-shaped pin fin array
- Advantage: Minimizes flow separation vs. cylindrical pins → significantly lower pressure drop
- Result: Maintains high heat transfer while reducing pumping power or enabling higher flow rates
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Contact Us
Shenzhen Addireen Technologies Co., Ltd.
Building 7, Detai Technology Park, Dalang Street, Longhua District, Shenzhen, Guangdong, China.
(+86) 193-5719-8013
