True LPBF under €10k
Re‑engineered optics and motion cut cost—without compromising density.
Floor‑standing LPBF
Affordable LPBF metal 3D printing—on your shop floor.
Print dense 316L stainless steel with a compact, floor‑standing LPBF system built for labs, startups, enthusiast makers, and R&D teams. Standard power, straightforward install.
Workshop‑ready
Compact, floor‑standing footprint with standard power and simple setup.
Open where it counts
Klipper‑based motion and open‑source slicing for a familiar workflow.
Specs at a glance
| Laser | 445 nm, 60 W diode |
|---|---|
| Build area | 128 × 100 mm (128 x 150 mm optional) |
| Layer height | 0.05–0.10 mm (typ.) |
| Materials | 316L stainless, Inconel 718, bronze (CuSn); copper in development |
| Density | Near‑full Stainless steel and Inconel, High density Bronze |
| Inert gas | Nitrogen |
| Control | Klipper; open‑source slicing using OrcaSlicer |
Spread
Thin layer of powder across the plate.
Melt
Laser selectively fuses each cross‑section.
Repeat
Layer by layer until the part is complete.
Depowder
Recover powder; reveal parts.
Finish
Optional machining and tumbling.
Safety & responsibilities
LPBF involves laser and fine metal powder. Metal‑Base is designed with interlocks and an inert nitrogen atmosphere, and ships with clear handling procedures. Operators must follow local standards and wear appropriate PPE.
Materials
- 316L stainless — production‑grade results
- Bronze (CuSn) — 94+% density supported
- Copper — 80% density
- Inconel 718 — production-grade results