Electrical and Electronic Engineering


Application Cases


Inductor coil

Plan

Equipment: SLM metal 3D printing equipment

Material: High-purity, low-oxygen ultrafine copper powder

Craftsmanship: The part is fabricated using selective laser melting (SLM), with ultrafine, low-oxygen copper powder produced by vacuum atomization, melted layer by layer. Post‑fabrication annealing is performed to further reduce the material’s oxygen content and enhance the electrical conductivity of the copper matrix, enabling the integrated formation of complex, hollow‑core coil structures.

Application areas

Core conductive components for on-board power inductors in new-energy vehicles and electromagnetic coils in energy-storage devices.

 

CPU cooler

Plan

Equipment: SLM metal 3D printing equipment

Material: High-purity, low-oxygen, ultra-fine spherical copper powder

Craftsmanship: Using selective laser melting (SLM) additive manufacturing, high-purity, low-oxygen, ultrafine copper powder produced by vacuum atomization is employed as the feedstock to 3D‑print complex microchannel heat‑dissipation structures in a single step. Post‑processing includes stress‑relief heat treatment to ensure both superior thermal conductivity and dense, defect‑free part integrity.

Application areas

Manufacturing of integrated cooling modules for high-end servers and high-performance computer CPUs.

High-Density Thermal Management Module for Electronic Devices (CuCrZr)

Material: CuCrZr copper alloy

Process: 3D printing + precision machining + surface polishing

Case Description:

Custom-designed complex flow-channel heat dissipation structures for 5G communications, power devices, servers, and power supply equipment, enabling highly integrated, high-efficiency thermal management and addressing the thermal challenges of high-power devices.

Application value: improved heat dissipation efficiency, smaller form factor, and enhanced stability.

 

New energy conductive connection component (pure Cu/CuCrNb)

Materials: Pure Cu, CuCrNb

Process: Additive Manufacturing + Dimensional Finishing

Case Description:

We provide high-conductivity, highly wear-resistant connectors for new-energy electronics, electrical control systems, inverters, and electrode systems—integrally molded to eliminate the risk of contact resistance.

Application value: low resistance, low heat generation, stable current conduction, and extended service life.

 

Microwave Devices/Radio-Frequency Structural Components (Cu/CuCrZr)

Materials: High-purity Cu, CuCrZr

Process: High-precision 3D printing + surface finishing

Case Description:

Custom-designed high-precision microwave cavities, RF components, and signal transmission structures, featuring superior surface finish, excellent dimensional consistency, and low signal loss.

Application value: high precision, stable signal, and high transmission efficiency.

ASIA MATERIALS

Online Consultation



We provide you with high-quality products and services.

Submit