Scrap Labs Debuts Scrap 1 Metal 3D Printer at RMRRF 2026

Why It Matters

By slashing the entry price of metal LPBF systems, Scrap 1 could broaden adoption among startups, research labs, and low‑volume manufacturers, accelerating innovation in metal additive manufacturing.

Key Takeaways

• Kit price starts at $9,600, rising to $14,200 after April 30, 2026
• Build volume 100 × 100 × 100 mm targets small‑batch production
• Open‑source Klipper firmware enables community‑driven upgrades
• Supports stainless steel, tool steel, copper, nickel, cobalt‑chrome alloys

Pulse Analysis

The launch of Scrap Labs’ Scrap 1 marks a pivotal shift in metal additive manufacturing, where cost has long been a barrier to entry. Priced at $9,600 for the initial kit, the printer undercuts traditional LPBF systems that often exceed $100,000, making metal 3D printing accessible to small enterprises, university labs, and hobbyists. This price disruption is driven by incremental engineering efficiencies rather than a compromise in capability, allowing users to produce dense (>99 %) metal parts without the hefty capital outlay typical of the industry.

Beyond price, the Scrap 1 packs a respectable technical suite: a 200 W 915 nm laser, 1,500 mm/s scan speed, and a 100 × 100 × 100 mm build envelope suitable for functional prototypes and low‑volume production. Its open‑source Klipper firmware and compatibility with popular slicers such as PrusaSlicer and OrcaSlicer empower users to customize workflows and integrate community‑driven improvements. The machine’s support for a range of alloys—including stainless steel, tool steel, copper, and nickel‑based materials—broadens its applicability across aerospace, medical, and tooling sectors, while the integrated HEPA filtration and optional nitrogen generator address safety concerns.

Market analysts see the Scrap 1 as a catalyst for a new tier of metal AM providers focused on affordability and flexibility. Competitors like Xact Metal and Aconity3D are pursuing parallel strategies, but Scrap Labs’ emphasis on cost reduction through incremental design tweaks differentiates it from firms that prioritize high‑end performance. If adoption accelerates as anticipated, the device could stimulate a wave of innovation among small‑scale manufacturers, driving faster iteration cycles and expanding the overall metal‑printing ecosystem. Early 2027 shipments will test whether the price‑performance balance resonates with the broader market.