3D Printing Copper.
3D Printing in Copper. Strong & Durable Service.
3D print your designs in Copper using our DMLS \ SLM additive manufacturing service.
Copper 3D printed using the DMLS (Direct Metal Laser Sintering) or SLM process. A very fine metal alloy powder is melted with a laser to produce your design layer by layer. Once your design is complete any support structures are removed and any finishing completed. Unused powder is recycled for use on the next model.
3D Printing in Copper CuNi2SiCr alloy can work out more cost effective than traditional 'subtractive' processes, especially where you have complex or intricate designs. Extra complexity does not add to the price of manufacture as it might with traditional manufacture.
Copper. CuNi2SiCr alloy
Our Copper alloy offers you a good combination of thermal and electrical conductivity along with good rigidity. These properties are maintained even at high temperatures.
CuNi2SiCr has good corrosion resistance and is hard wearing.
Applications:
The combination of conductivity and wear properties makes our Copper alloy ideal for applications including electrical engineering, electrodes for use in high tempretures plus radio and signal processing,
Cooling inserts for tooling and cores and insets for moulds are other popular applications.
Supporting information. 3D printing in Copper.
Our metal 3d printing service gives you a build envelope for Copper :
- 250 x 250 x 300mm
Data sheets.
For important technical and ordering information on our 3d printing in metals, please see our general 'Metals' page.
3D Printed Materials
OUR Design Guide
for 3D Printing in metals. Download here.
OUR CLIENTS SAY
"I am extremely pleased with the product and experience with 3Dalchemy. The entire process from CAD development to the end product was efficient. I am very happy with the end result! Thank you 3D alchemy for providing us with a great solution! "
"Parts arrived very quickly and to a very high standard. The small parts I ordered would have been difficult and expensive to make with conventional subtractive manufacturing techniques."
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