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Heavy Metal Lite

First Look at the Scrap 1: Desktop Metal Printing for Under $10K

Picture ofCarolyn Schwaar
by Carolyn Schwaar
Published Apr 24, 2026

This compact laser-powered system promises industrial-grade results for small shops, delivering metal parts from a scrappy little company with big ambitions.

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It isn’t a Kickstarter, but the new Scrap Labs desktop metal laser powder bed fusion (LPBF) 3D printer isn’t fully baked yet. Even so, the public debut of the Scrap 1 last week at the Rocky Mountain RepRap Festival in Loveland, Colo., turned some heads.

This compact LPBF metal printer, with its tiny 100 x 100 x 100 mm build volume, single 200-Watt laser, and open source firmware, looks like an EasyBake Oven compared to the likes of industrial LPBF giants EOS, Farsoon, or NikonSLM. But then again, that’s not its potential competition.

Scrap Labs is positioning Scrap 1 as an option for “people who want metal printing in their own shops, labs, and small production spaces without needing a six-figure machine to get started,” says Matt Woods, company founder and CEO.

Not long ago, the cheapest solution for metal parts was using metal filament on an FDM printer, but the shrinkage and need for industrial sintering post-processing has turned many small manufacturers away from that path.

So far, Scrap Labs has posted these two parts as proof that the system performs (Source: Scrap Labs)

Priced around $9,600 as a kit or $17,990 fully assembled, the Scrap 1 will print parts to a stated 99% density in stainless steel, tool steel, copper, nickel alloy, and cobalt chrome.

As we mentioned, the Scrap 1 is a work in progress. Scrap Labs is continuing development, validation, and early-access planning for Scrap 1 while accepting reservations and inquiries from customers, partners, and technical users interested in the platform. If all goes well, the company says the product could start shipping in June 2027.

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Feature Specification
Technology metal laser powder bed fusion
Build Volume 100×100×100 mm (~4×4×4 in)
Physical Dimensions 43W×50D×57H cm (16.9W×19.7D×22.4H in)
Weight 30 kg (66 lb)
AC Input 100-240V AC, 50-60 Hz, single phase
Power Consumption 500W max (250W avg)
Working Temp 10°C to 30°C (50°F to 86°F)
Gas Requirements Ar/N₂, 5 SCFH (2.4 L/min); N₂ gen optional
Filtration HEPA
Laser 200W @ 915 nm
Spot Size ~135 µm (~0.0053 in)
Max Scan Speed 1,500 mm/s (5 FPS)
Layer Thickness 20-100 µm (0.0008-0.004 in)
Part Density +99%
Cooling Integrated liquid and air
Firmware Klipper (open source)
Supported Slicers ScrapSlicer, PrusaSlicer, OrcaSlicer
Connectivity Browser dashboard, Ethernet, WiFi, USB
Materials in development Stainless steel, Tool steel, Cu, Ni alloy, CoCr

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About the Author:
Carolyn is All3DP’s senior editor and a journalist with 25+ years covering business and technology. Passionate about making tech accessible, her work also appears on Forbes.com.
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