Scrap Labs Launches Scrap 1 Metal Laser Powder Bed Fusion Printer at $17,990

Scrap Labs Launches Scrap 1 Metal Laser Powder Bed Fusion Printer at $17,990

Scrap Labs has introduced the Scrap 1, a compact metal additive manufacturing system utilizing a 200-watt, 915 nm laser for selective powder sintering. The machine features a build volume of 100 x 100 x 100 mm and supports a variety of metal alloys, including 316L stainless steel, tool steel, copper alloys, nickel alloys, and cobalt-chrome. Designed for precision, the system offers layer thicknesses between 20 and 100 micrometers with a laser focus of 0.135 mm. The unit is priced at $17,990 and integrates with standard software workflows like PrusaSlicer for professional-grade small-part production.

The Scrap 1 enters a competitive segment for entry-level metal additive manufacturing, targeting users who require high-strength components but lack the capital or facility requirements for large-scale industrial LPBF systems. By focusing on a 100 mm cubic build volume, the system addresses the needs of the medical and heavy-duty machinery sectors for prototyping and small-batch replacement parts. It competes against established desktop metal systems from manufacturers like Desktop Metal and Markforged, though it distinguishes itself through its specific laser-sintering architecture. The system occupies a niche in the value chain, providing a lower-cost hardware entry point for organizations transitioning from traditional machining to metal AM.

For professional users, the Scrap 1 represents a viable option for localized, small-scale metal part production where footprint and cost are primary constraints. Success for Scrap Labs will depend on the machine's ability to maintain consistent material density and mechanical properties across the specified alloy range. Prospective buyers should prioritize validating the system's repeatability and post-processing requirements for their specific material applications.