The DMG MORI Academy is growing effectivity within the postprocessing of additively manufactured components due to an SFM-AT800-S and SFM-AT350 from Solukon. In Bielefeld, the 2 market-leading automated programs are already in use for the protected removing of powder from laser-melted metallic components.
Each programs are based mostly on Solukon’s distinctive Good Powder Recuperation (SPR) know-how. It safely and reliably removes residual powder from complicated cavities and channels by programmable 2-axis rotation and focused vibration inside a protected environment, and collects the powder for reuse. Perfected in dimension and performance, the SFM-AT350 is a perfect depowdering system for medium-sized components as much as 60 kg and 420mm tall, whereas the confirmed and established SFM-AT800-Scan cleans bigger, 600mm tall elements as much as 300kg.
Digital options
The digital options make depowdering even simpler and the method much more clear. With the SPR-Pathfinder software program, the movement sequences within the Solukon system will be conveniently calculated prematurely, based mostly on the CAD file of the half. The second function, the Digital Manufacturing facility Software, a sensor and interface equipment, allows real-time monitoring and high quality assurance of the depowdering course of.
“Solukon programs are rightly the market-leading depowdering programs. We obtain dependable cleansing outcomes and have full transparency and management over the depowdering course of. We’re happy to have elevated the effectivity of our additive manufacturing line with Solukon even additional and look ahead to additional joint tasks,” stated Dr.-Ing. Rinje Brandis, Basic Supervisor of Additive Manufacturing and Business 4.0 at DMG MORI Academy.
Collection manufacturing with the SFM-AT350
The programs are built-in into the manufacturing management system through OPC UA and might thus be managed centrally. DMG MORI will likely be demonstrating how a Solukon system will be a part of a sequence manufacturing at EMO 2023 (September 18-23), in Hanover. On the occasion, the SFM-AT350 is a part of an automatic sequence manufacturing. DMG MORI prints robotic heads for Robo2Go Turning dwell on web site, that are then depowdered within the SFM-AT350 and transferred to additional postprocessing and ending programs.
