DMLS


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DMLS

(Direct Metal Laser Sintering) See 3D printing.
References in periodicals archive ?
Cavallini, Studying the repeatability in DMLS technology using a complete geometry test part (2010).
DMLS technology is helping level the field between Kappius' two-person company and the bigger players in the bicycle industry.
DMLS, probably the most popular additive metal technology, builds the part or prototype directly from 3-D CAD files.
As a sample of an injected product has been selected plastic seat for children, which is complicated enough to use DMLS technology.
DMLS can create features such as holes and threads during the build, eliminating secondary operations such as drilling and tapping.
While outsiders can only guess at what they will come up with, one thing is for sure, the team will be using DMLS.
GPI offers 8 material choices for DMLS including Stainless Steel, Cobalt Chrome, Maraging Steel, Bronze Alloy, Titanium Alloy, Aluminum & Nickel Alloy.
The geometry of the prototype was difficult to machine conventionally and it was decided to produce the geometry using the DMLS process.
The calculated standard deviation in Table 6 was over layers in the z direction, which is the build direction in the M270 DMLS additive system used to make these disks.
The DMLS systems currently available can produce parts out of aluminum Al-Si10Mg, UNS R31538 of high carbon CoCrMo alloy, bronze-based alloys, martensite-hardenable steel, nickel alloy IN718 and DIN NiCr19Fe19N-bMo3, stainless steel U.
Parameters used for building the DMLS specimens Parameters Value Laser power 200W Laser spot diameter 0.
According to DMLS product manager Mike Shellabear, the commercial success of this technology is due to the one-step process and its high accuracy: "The accuracy of our process is such that no post-machining is necessary.