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Home3D PrintingEplus3D, Rosswag, qualloy Launch Validated 3D Printing Metal Powders

Eplus3D, Rosswag, qualloy Launch Validated 3D Printing Metal Powders

HANGZHOU, China, Nov 10, 2026 – Following the strategic collaboration announced in April 2026, Eplus3D, Rosswag Engineering and qualloy have reached an important new milestone with the introduction of Eplus3D select, a validated powder range developed to support reliable and cost-efficient metal additive manufacturing.

The initial portfolio includes 316L and 17-4PH, both fully tested and validated on Eplus3D systems. From 9 November 2026, the materials will be available through the qualloy online shop, with stock held locally in Germany and delivery available within two to five business days. Customers already using Eplus3D process parameters for these alloys can transition directly to the corresponding Eplus3D select materials.

From Strategic Collaboration to Validated Materials

When the three companies announced their cooperation in April, the goal was to combine Eplus3D’s industrial metal PBF technology, Rosswag Engineering’s qualification and testing expertise, and qualloy’s material and powder supply capabilities into a more integrated manufacturing ecosystem.

The collaboration focuses on joint material qualification and parameter development, creating validated material-process combinations that can help simplify adoption and support more scalable industrial additive manufacturing. The launch of Eplus3D select now represents the first tangible outcome of that approach.

Figure 1 – Material Validation Build with Eplus3D select powder on EP-M300

A Connected Validation Process

Validation builds are produced at Eplus3D Germany using Eplus3D select powder supplied by qualloy. Tensile specimens from the builds are then tested by Rosswag Engineering, creating a connected process from material supply and printing through to mechanical validation.

For 316L validation builds produced on the EP-M300 with a 50 μm layer thickness, the measured density exceeded 99.9%. Additional validation data for 17-4PH also showed a density above 99.9%. The reported density evaluations covered wall thicknesses down to 0.5 mm and 35° overhangs.

The mechanical properties of both materials in the XY and Z build orientations are summarized below.

MaterialBuild orientationmE (GPa)Rp0.2 (MPa)Rm (MPa)A5 (%)
316LXY166 ± 15531 ± 15664 ± 1541 ± 5
316LZ149 ± 10452 ± 10585 ± 1551 ± 5
17-4PHXY151 ± 12464 ± 10957 ± 1029 ± 5
17-4PHZ168 ± 5575 ± 12980 ± 1026 ± 5
Figure 2 – Cross-Sectional Micrograph of 316L Validation Sample
Figure 3 – 17-4PH Downskin Density Analysis at 35° Overhang

This approach helps ensure that customers receive materials that have already been evaluated in combination with Eplus3D systems and established process parameters, reducing the amount of additional material qualification work required when introducing the corresponding powder.

For the partners, the development brings together machine technology, established process parameters, validated materials and local powder availability into a more connected offering. Together, Rosswag Engineering, qualloy and Eplus3D are building on the original partnership goal of creating a more integrated and validated metal additive manufacturing ecosystem.

Supporting More Practical Industrial AM

Material availability and cost remain important considerations when metal additive manufacturing moves toward larger production volumes. The Eplus3D select range is therefore designed not only around validated processing, but also around practical supply.

With powder stocked in Germany, customers can access the initial 316L and 17-4PH range with shorter delivery times and competitive pricing. Further validated powders are planned to be added progressively, expanding the range of material options available for Eplus3D users.

See the Validation Process at Formnext 2026

A sample validation build will be displayed at Formnext, giving visitors a closer look at how the Eplus3D select material validation process is carried out. Visitors can meet the teams at the Eplus3D or qualloy booths to learn more about the new powder range.

With the first validated materials now moving from qualification into commercial availability, the collaboration between Eplus3D, Rosswag Engineering and qualloy is progressing from a shared industrial vision toward a more practical material and process ecosystem for metal additive manufacturing.

Visit the booth of Eplus3D (12.0 – E101) or qualloy (11.0 – C51) at Formnext to explore the new range and claim a 10% discount voucher on your first order of Eplus3D select powder.

Click the link to explore Eplus3D select: https://qualloy.com/materials/select/eplus3d.

About Rosswag Engineering

Rosswag Engineering is part of the Rosswag GmbH, a family-owned company with 200+ employees and decades of experience in open-die forging and metal processing. The engineering division specializes in metal additive manufacturing, offering a unique combination of in-house metal powder production, LPBF processing, and certified post-processing and testing. With deep expertise in qualification, Rosswag supports industrial customers in developing and validating high-performance components for demanding applications with more than 50 materials. For more information, visit https://www.rosswag-engineering.de.

About qualloy

qualloy is a marketplace and supplier for high-quality metal powders for additive manufacturing. With its qualloy select portfolio, the company offers qualified and application-proven materials designed for reliable and cost-efficient use in industrial AM processes. As an affiliated company of Rosswag Engineering, qualloy combines deep expertise in material development, atomization, and application testing. The company provides tailored powder solutions designed for consistent performance in industrial AM processes and enables efficient, transparent access to qualified powders. For more information, visit https://qualloy.com.

About Eplus3D

Eplus3D is a global provider of industrial metal additive manufacturing solutions, founded in 2014. The company develops and manufactures advanced LPBF (Laser Powder Bed Fusion) systems with a strong focus on large-format and multi-laser platforms for serial production. With installations across more than50 countries and more than 120 metal printers installed in Europe, Eplus3D supports customers with end-to-end solutions from machine technology and parameter development to application engineering and process optimization. Its European headquarters next to Stuttgart, Germany serves as a key hub for application development, benchmarking, and customer support. For more information, visit https://www.eplus3d.com.

Nitin Patil
Nitin Patil
Editor and Director of Content, DailyCADCAM.com. Nitin completed his Master's in Mass Communication & Journalism and having 13 years of work experience as an editor, content writer with renowned international technical magazines and media companies. He is associated with CAD,CAM industry since 2008.
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