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Infinite Flex launches INFINITE POWDER Cu 01 »


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AM-manufactured workpieces with the nice electrical and thermal conductivity traits of pure copper are difficult to acquire by way of standard L-PBF know-how. That has simply modified with INFINITE POWDER Cu 01. Infinite Flex, a wise supplies firm positioned in Neu-Isenburg, Germany, has launched a brand new pure copper powder that may be simply processed on normal SLM programs.

Infinite Flex launches INFINITE POWDER Cu 01, a new pure copper powder compatible with any L-PBF 3D printer INFINITE POWDER Cu 01 has been efficiently examined on the SLM programs from EOS (EOS M290) and Trumpf (TruPrint 1000) and is now commercially obtainable. The superb materials properties of workpieces and take a look at specimens produced from INFINITE POWDER Cu 01 by additive manufacturing are listed in Desk 1 on the appropriate.

With these properties, it’s now doable to make use of the benefits of additive manufacturing for extremely conductive copper parts. Excessive-end purposes akin to warmth exchangers, induction coils and parts within the electronics trade at the moment are changing into actuality.

Pure copper is a very fashionable steel in virtually all branches of trade. The principle purpose for that is its excessive electrical and thermal conductivity. Pure copper can’t be simply utilized in additive manufacturing as a result of the coupling of the IR laser radiation hardly works in any respect with pure copper. The robust reflection of the laser radiation and the excessive thermal conductivity of pure copper are the first causes for this. A number of totally different firms have been addressing using copper in AM by way of different applied sciences akin to inexperienced lasers for SLM, EBM or certain steel filament extrusion applied sciences.

Infinite Flex launches INFINITE POWDER Cu 01, a new pure copper powder compatible with any L-PBF 3D printer

Up to now, varied copper alloys akin to CuCrZr or CuNiSiCr have been used; with mediocre outcomes. These copper alloys exhibit considerably decrease conductivity properties than pure copper. For instance, CuCrZr achieves {an electrical} conductivity of at greatest 70% of pure copper and the conductivity of CuNiSiCr is even worse (24 MS/m or round 40% of the worth of pure copper).




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