3D PRINTING
of Copper
with Standard IR Laser
3Druck.com - Infinite Flex Introduces Pure Copper Powder for 3D Printing
The German company Infinite Flex presented a pure copper powder that can be easily processed in additive manufacturing with standard SLM systems.
Pure copper is a highly sought-after metal in almost all branches of industry. The reason for this is the high electrical and thermal conductivities of pure copper. Unfortunately, pure copper can usually not be used in additive manufacturing because the coupling of IR laser radiation with pure copper hardly works at all. This is mainly due to the strong reflection of the laser radiation and the high thermal conductivity of pure copper.
INFINITE POWDER CU 01 uses a patent-pending post-treatment of copper powder. This process, specially developed for additive manufacturing, makes a problem-free 3D printing of copper with all common standard infrared lasers possible in the first place.
Applications
- Selective laser sintering (SLM)
- Laser application welding (LMD)
- Plasma Metallization / Digital Direct Metallization (DDM)
Electrical and thermal conductivity
- Electr. Conductivity > 52 MS/m (91% IACS)
- Therm. Conductivity > 360 W/(m*K)
3D PRINTING
of Copper
with Standard IR Laser
Properties
- Electr. Conductivity > 52 MS/m (91% IACS)
- Therm. Conductivity > 360 W/(m*K)
- Tensile strength: > 220 MPa
- Yield limit Rp 0.2: > 110 MPa
- Elongation at break: 24%
- ideally suited on all commonly used
SLM systems (e.B. EOS M 290)
Product Information
-
Copper Content > 99.5%.
- Particle size: 10 – 45 microns
- Particle size (D50):30 microns
- Volume build-up rate: 2.2 mm3/s
- Layer construction thickness: 30 microns
- Porosity: < 0.1%
- TRL Level 3
- Area angle: > 41°
Contact
Infinite Flex Ltd.
Huguenot Avenue 169
63263 Neu-Isenburg
Germany
Phone: +49 (0) 6102 325 9965
Fax: +49 (0) 6102 325 9764
Email: info@infinite-flex.de
Infinite Flex Co., Ltd.
Taicang City, Suzhou, Jiangsu Province
Building 5, No. 101, Chenmenjing Road
China
Phone: +86 (0)512 8060 8291
Contact person: Frank Guo