Solukon announces new depowdering system for metal Additive Manufacturing

May 22, 2018

Solukon announces new depowdering system for metal Additive Manufacturing

The SFM-AT200 small-footprint machine is designed for components or build plates of up to 300 x 300 x 230 mm (11.8 x 11.8 x 9.1 in) (Courtesy Solukon)

Solukon Maschinenbau GmbH, Stadtbergen, Germany, has added a new compact depowdering system to its line of systems for the automated removal and processing of unfused powder from parts built on metal Powder Bed Fusion Additive Manufacturing systems.

The SFM-AT200 small-footprint machine is designed for components or build plates of up to 300 x 300 x 230 mm (11.8 x 11.8 x 9.1 in), and automates the process of removing excess unmelted powder through the systematic rotation and controlled vibration of laser melted metal parts, releasing powder trapped in voids and internal channels around and inside the component.

The system will be launched at Rapid.Tech in Erfurt, Germany, June 5–7, 2018. “The SFM-AT200 incorporates the automatic features that Solukon has developed on its large frame systems into a compact platform, designed for use with small- to medium-sized metal Powder Bed Fusion systems,” explained Andreas Hartmann, Solukon Co-founder. “Customers already working with our large frame systems have validated what they require for high-quality parts cleaning and hazard management, and now we are able to meet those needs with an entry-level system incorporating state-of-art solutions for depowdering.”

Co–founder Dominik Schmid added, “In addition to a smaller footprint, the system also reduces inert gas consumption when used for processing reactive powders such as aluminium or titanium, which pose risks for explosion if not handled correctly. Thanks to our sealed cleaning process, with the safety-monitored infusion of inert protective gas, the systems are certified for the safe processing of these materials.”

During depowdering, printed parts including build plates are fixed onto the processing table of the SFM-AT200. The process table then rotates the parts in a pre-planned path to release unused powder. At the same time, a controlled variable-frequency vibration device enables the release of compacted powder from inside the parts. Unfused powder is then collected for further processing or reuse in a specially designed container, or connected to an external sieving device.

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As well as an extensive AM industry news section, this 196-page issue includes articles and reports on:

  • Sintavia: New facility signals the move towards volume metal Additive Manufacturing for aerospace and defence
  • Thinking about metal Binder Jetting or FFF? Here is (almost) everything you need to know about sintering
  • Metal Binder Jetting and FFF: Considerations when planning a debinding and sintering facility for volume production
  • Velo3D: How a ‘support-free’ Laser Powder Bed Fusion process could remove roadblocks to serial Additive Manufacturing
  • New horizons for Additive Manufacturing in the oil, gas and maritime industries
  • Redesigned for Additive Manufacturing: Serial production of a new fuel swirler for Siemens gas turbine
  • Understanding metal powder requirements for Additive Manufacturing: Views from the industry
  • Towards a true digital twin for the metal Additive Manufacturing process
  • > More information

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