Resources
Expert perspectives shaping the future of advanced manufacturing
[News] High-Performance Copper Alloy – CuCrNb-42 Now Available
With the rapid development of technology and continuous advancements in manufacturing, the demand fo...
[News] Addireen to Expand Green Laser AM Capacity Following Parent Company's Series C Funding
We are pleased to announce that our parent company, Shenzhen Gongda Laser, has successfully closed a...
[Case Study] Green laser enables high performance 3D printed induction coil: Pure copper, copper alloy all at your choice
Introduction By implementing green laser PBF printing technology, both pure copper and copper alloy ...
[Case Study] Critical Path to Enhancing IGBT Thermal Performance: A Technical Analysis of Structural Optimization
In the rapid development of New Energy Vehicles (NEVs), the IGBT power module plays a pivotal role i...
[Case Study] Next-Gen EV Thermal Management: Unlocking Pure Copper via Green Laser 3D Printing
As New Energy Vehicles (NEVs) enter the 800V high-voltage era, the heat flux density of power module...
[Exhibition] Thermal Management Expo 2025
Date: November 11-13, 2025 Location: Messe Stuttgart, Germany Stand: 944
[Case Study] Shanghai Jiao Tong University Research Team Uses ADDIREEN's GL-PBF Device to Achieve High-Quality Pure Copper AM 丨 Relative Density Over 99.9% & IACS Above 98%
Pure copper and copper alloys possess excellent properties such as high thermal conductivity, high e...
[Technology] Laser Wavelength Considerations in Copper 3D Printing Why Green Outperforms
Copper exhibits exceptional thermal and electrical conductivity, enabling its extensive application ...
[Technology] AlSi10Mg in 3D Printing: The Overlooked Specific Thermal Conductivity
When evaluating AM materials for thermal management, engineers often look at the highest absolute th...