CSIRO ARCAM EBM Open Day 5 December 2012

CSIRO is pleased to announce a new titanium additive manufacturing facility at their largest site in Clayton, Victoria.

The facility, which will host the southern hemisphere’s first Arcam Electron Beam Melting (EBM) facility, will be showcased at an open house event on December 5, offering a rare opportunity to see inside this cutting edge centre.

Additive manufacturing is not a new concept and there are several bureaus within Australia, such as RapidPro, however the CSIRO ARCAM facilty will offer complementary technologies to those already provided by RapidPro - specifically Electron Beam Melting (EBM).

Arcam Electron Beam Melting (EBM) is an additive manufacturing technology that uses an e-beam to melt and fuse metal powders, layer-by-layer, into 3D parts. The resulting quality of these metal parts is high, as the process is conducted in a vacuum and held at high temperatures during the entire build.

“Additive manufacturing is an emerging technology capable of changing the future of manufacturing in Australia and we are keen to facilitate the adoption of new technologies which will benefit Australian businesses,” said Swee Mak, director of the CSIRO’s Future Manufacturing Flagship.

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Objective3D Direct Manufacturing produces parts using a range of additive and conventional manufacturing technologies. We offer tailored solutions for your project’s needs. If your project requires larger quantities of small parts – fast, Laser Sintering is the best technological solution for you. Per-part pricing is reduced as quantities increase, but there are more advantages to using Laser Sintering for small prototypes than price alone. Laser Sintering (LS) provides strong, versatile and geometrically intricate components made from filled and un-filled nylon materials that are ideal for fit and form verification and functional testing. Prototypes made with LS are created quickly and offer robust solutions for your project. FAST Delivery Laser Sintering can provide sturdy, functional prototypes as little as 24 hours. Multi-component designs can be incorporated into single structures, allowing engineers to produce complex features and geometries in one print, and elim

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