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Advanced Thermal Management

Addireen utilizes advanced green laser PBF technology to manufacture monolithic pure copper and copper alloy induction coils with complex internal cooling channels. This tool-free approach eliminates brazing joints, ensuring superior conductivity, precise geometry, and extended service life for high-frequency heating applications. 


Key Benefits 

●Leak-Free Monolithic Design 

Consolidates multiple parts into a single, printed unit without brazing seams or welds. This eliminates weak points and leakage risks, significantly improving structural rigidity and fatigue resistance compared to traditional brazed coils. 

Superior Conductivity & Cooling 

Leverages Green Laser technology to print Pure Copper (101% IACS) and highstrength alloys like CuCrZr. It enables complex, conformal internal waterways that are impossible to machine, ensuring continuous cooling under extreme thermal and electrical loads." 

Agile Production & Customization 

Reduces production lead time from months to as little as two weeks by eliminating the need for molds and tooling. This flexibility supports both rapid prototyping and low-volume production of complex, custom geometries tailored to specific workpieces.

Materials
Case Study
Monolithic Pure Copper Induction Coil
Designed for high-frequency heating systems, eliminating the weak points of traditional brazed assemblies.
Background: Traditional coils are manufactured by bending copper tubes and brazing them manually. These brazing joints are prone to water leakage and fatigue failure under thermal stress.
Design Optimization:
One-Piece Construction: Printed as a single monolithic unit using Green Laser PBF, completely eliminating welding seams.
Material: Pure Copper with 101% IACS electrical conductivity.
Conformal Cooling: Internal water channels are designed to follow the c
High-Strength CuCrZr Coil
Developed for harsh industrial environments requiring both high conductivity and mechanical durability.
Background: In applications with high mechanical vibration or potential contact with the workpiece, standard coils deform easily, altering the heating gap.
Design Optimization:
Material Upgrade: Utilized CuCrZr (Chrome Zirconium Copper) alloy via Green Laser printing.
Performance Balance: Maintained high conductivity (~90% IACS) while significantly increasing hardness and tensile strength.
Lattice Structure: Internal support structures added to lightweight the
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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

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