Addireen, Green Laser Metal 3D Printing

2026.06.27

Addireen's R&D Director Publishes Findings on Ultra-High-Temperature Tantalum Alloys in Nature

Case Study

Addireen's R&D Director publishes Nature findings on a novel tantalum alloy retaining 100 MPa tensile strength at 2,400°C — bridging frontier materials science and metal AM.

More Details

2026.06.09

Overcoming Thermal Bottlenecks in Optical Transceivers with Pure Copper 3D Printing

Technology

Overcome extreme heat flux in LPO and CPO architectures. Discover how 3D-printed pure copper housings redefine thermal management for optical transceivers.

More Details

2026.06.09

AlSi10Mg in 3D Printing: The Overlooked Specific Thermal Conductivity

Technology

Heat-treated LPBF AlSi10Mg delivers the highest specific thermal conductivity (k/ρ) for lightweight cooling designs. Learn more about our AM capabilities.

More Details

2026.05.13

Next-Gen EV Thermal Management: Unlocking Pure Copper via Green Laser 3D Printing

Case Study

As New Energy Vehicles (NEVs) enter the 800V high-voltage era, the heat flux density of power modules is climbing at an unprecedented rate. Addireen's green laser pure copper 3D printing technology shatters the limitations of conventional manufacturing, unlocking a new pathway for the mass production of high-performance pure copper thermal components.

More Details