Metal 1.0 launches 60W diode laser metal 3D printer for 8,500 Euro via crowdfunding.

Metal 1.0 launches 60W diode laser metal 3D printer for 8,500 Euro via crowdfunding.

Metal 1.0 has introduced a desktop-format metal 3D printer utilizing a 60W diode laser to fuse metal powders, specifically targeting professional and maker segments. The system features a 128 x 100 mm build volume and supports materials including 316L stainless steel, bronze, and Inconel 718. The process requires an inert nitrogen atmosphere to prevent oxidation during the laser-powder bed fusion process, with a reported gas consumption rate of 10 ml per minute. The unit is currently being offered through a crowdfunding campaign at a price point of approximately 8,500 Euro.

This hardware enters a niche segment of the additive manufacturing market that attempts to bridge the gap between high-cost industrial LPBF systems and entry-level polymer printers. While industrial metal systems typically operate with higher laser power and rigorous environmental controls, the Metal 1.0 aims to lower the barrier to entry for small-scale functional prototyping. The primary challenge for this architecture is maintaining metallurgical integrity and safety standards in a non-industrial environment, particularly regarding the handling of reactive metal powders and the management of inert gas supplies.

Potential users must prioritize verifying the material properties of printed parts, as the 60W power limit may result in different density and porosity profiles compared to industrial-grade machines. Success for this platform depends on the manufacturer providing transparent data on mechanical performance and safety protocols for powder management. Buyers should treat this as an early-stage hardware deployment that requires significant technical oversight and dedicated infrastructure for safe operation.