Case studies, qualification notes, and technical guides for copper additive manufacturing.
3D Printed Copper Heat Exchanger for Turbo Machinery Cooling Executive summary Additive manufacturing in copper—often called copper 3D printing or …
Read More →Additive Manufactured Copper Pin-Fin Heat Sink with CFD Validation Executive summary Pin-fin heat sinks fabricated by copper 3D printing (laser powder …
Read More →High-Density Copper Cooling Module for Compact Embedded Systems Executive summary Tight envelopes, rising heat flux, and fussy power budgets define …
Read More →Additive Manufactured Copper Microchannel Heat Sink for Laser Systems High-power lasers are ruthless about heat. Whether you’re running fiber, diode, …
Read More →Copper 3D Printed Vapor Chamber Prototype for Advanced Cooling An engineering note for teams exploring metal additive manufacturing (AM) to unlock …
Read More →LPBF Copper Heat Spreader Case Study for Electronics Packaging Executive summary This case study shows how a laser powder bed fusion (LPBF) copper …
Read More →Copper Alloy Cold Plate Design with Conformal Cooling Channels Conformal cooling turns a good cold plate into a great one. By 3D printing copper …
Read More →Custom Copper Cooling Plate for Semiconductor Power Modules Semiconductor power modules—IGBTs, SiC MOSFETs, and rectifier stacks—push serious watts …
Read More →High Conductivity Copper Lattice Structure for Heat Dissipation Efficiency Engineers have a love–hate relationship with heat. We need it gone—fast—but …
Read More →Turn critical designs into production-ready copper parts with LPBF & DMLS—conductive, consistent, and well-documented.