Rosswag Engineering, qualloy and Eplus3D have launched a validated metal powder range in 316L and 17-4PH, building on a partnership that began in April 2026. The powders are sold through qualloy's online store and are in stock in Germany with a five-day lead time. The three firms aim for competitive pricing and will show parts at Formnext.
Who does what in the partnership
Eplus3D Germany ran the test builds, Rosswag validated the powders and developed settings, and qualloy sells the material. The three describe this as joint material qualification and parameter development, producing validated material-process combinations. More materials from the Eplus3D select range are planned.
What was tested
The 316L builds ran on an EP-M300 at 50 μm layer thickness. The firms report density above 99.9% for both materials and tested 0.5 mm walls and 35° overhangs. The powder producer is not named in the report.
Market context
The report reads the move as a way for Eplus3D to gain trust in the DACH market through local partners. It notes that competition among Chinese LPBF makers is growing, with BLT, Farsoon, Riton and Fastform active, and that a cancelled Eplus3D IPO adds uncertainty.
What it means
For small and mid-sized European manufacturers, powder from German stock with a five-day lead time and settings validated by a local service firm lowers the entry barrier for 316L and 17-4PH. The density and geometry figures come from the partners themselves, so independent verification on the buyer's own parts and qualification route remains necessary. Price is stated as a goal, not a published figure, and supplier stability is worth checking.
Frequently asked questions
Which materials are in the validated range?
The range covers 316L and 17-4PH stainless steel powders. More materials from the Eplus3D select range are to follow.
Where can the powders be bought?
Through qualloy's online store. They are in stock in Germany with a 5-day lead time.
What results do the partners report?
Density above 99.9% on both materials, with tests at 0.5 mm wall thickness and 35° overhangs. The 316L builds used an EP-M300 at 50 μm layers.