Welding3D.de combines technological expertise with industrial machine solutions. Our platform supports companies in understanding the opportunities of metal additive manufacturing, identifying suitable technologies, and finding the right machines. We consolidate knowledge on processes, alloys, applications, and industrial manufacturing systems. Through whitepapers, technical articles, and digital tools, we provide orientation across a technologically diverse market. A particular focus lies in presenting and brokering industrial machines directly via our platform.
Our goal is to support companies in identifying the right technology and the appropriate manufacturing system for their individual requirements.
To achieve this, we cover industrial metal 3D printing across process families – including Powder Bed Fusion (PBF-LB/M, PBF-EB/M), Directed Energy Deposition (DED, powder and wire-laser), Wire Arc Additive Manufacturing (WAAM), Binder Jetting, Material Extrusion, Cold Spray, and hybrid manufacturing processes.
Through our whitepapers, technical articles, and digital orientation tools, we provide in-depth knowledge on manufacturing processes, metallic alloys, standards, post-processing, and economic viability.
At the core of Welding3D.de is the mediation of suitable machine solutions. We present industrial metal 3D printing systems and broker the right manufacturing system directly via Welding3D.de – always guided by which solution makes technical and economic sense for your specific application.
In addition, we provide insights into industrial metal additive manufacturing capabilities and support companies with technical orientation toward fitting production solutions for custom component requirements.
Making industrial metal 3D printing more understandable, accessible, and economically viable – through in-depth specialist knowledge, structured technology orientation, and targeted access to suitable machine solutions.
Welding3D.de connects engineering expertise with the market and modern manufacturing technologies with concrete industrial applications.
Three closely integrated areas guide industrial companies from technological assessment to the right manufacturing system.
In-depth specialist knowledge covering industrial metal 3D printing processes (PBF, DED, WAAM, Binder Jetting, Material Extrusion, Cold Spray), alloys, Design for AM (DfAM), post-processing, and economics – accessible via whitepapers, technical articles, the Decision Engine, and the AM Copilot.
Presentation of industrial metal 3D printing systems and manufacturer-independent support during system selection. We help companies identify suitable equipment for their requirements and broker the right manufacturing system directly via Welding3D.de.
Additive manufacturing unlocks new possibilities for complex geometries, small series, and the refurbishment of high-value metal components. We provide insights on suitable processes such as Wire-Laser DED, alloys, and process chains, supporting orientation toward fitting manufacturing solutions.
Investment decisions in industrial metal 3D printing require aligning part geometry, alloy requirements, batch volume, shopfloor infrastructure, and total cost of ownership.
Welding3D.de consolidates technical comparison data and concrete system profiles in one place – from compact production cells and robot-guided large-scale cells to hybrid CNC integrations – and brokers the suitable system directly via our platform.
Use whitepapers, technology profiles, and the Decision Engine to match part dimensions, precision, alloy, and economics objectively.
Compare build volumes, laser or energy sources, wire or powder feedstock concepts, and automation or integration options across concrete machines.
Submit your system inquiry via Welding3D.de. We technically evaluate your requirements and broker the suitable metal 3D printing system directly via our platform.
Whether you are an industrial company looking to identify the right AM technology and machine solution, or a machine manufacturer and system integrator – get in touch with us directly.
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