xBUILD 1000
Premium quality metal parts, now in a space-saving system
The xBUILD 1000 is a compact metal 3D printing system that delivers premium part quality and high precision.
Its laser technology enables the reliable production of intricate geometries, while the small design makes it ideal for laboratories, research environments, and industrial applications where space efficiency is essential.
Key strengths
Boost productivity and flexibility by using two 200 W full overlapping lasers to produce up to 80% more parts simultaneously and the Multiplate option to run up to 4 consecutive build jobs without operator intervention.
Achieve consistently high part quality with the new optimized gas flux and the precisely focused laser beam, ensuring clean optics, homogeneous prints, and repeatable results.
Benefit from a closed inert cycle and interchangeable supply module, allowing safe processing of reactive materials even during small series production.
Maximize process flexibility and quality with motorized optics, adjustable 55/80 μm spot size, and Powder Bed Monitoring which, thanks to an integrated camera, can detect process defects.
Maximize your productivity with the Dental Preform option for custom abutment production and the overflow bin, featuring an integrated sieving module.
Technical Data
| Build module | Ø 100 x H 100 mm (effective build area Ø 98 mm) |
| Processable materials[1] | Cobalt-chromium, stainless steels, tool steels, aluminum, nickel-based or titanium alloys |
| Build rate[2] | 10 - 50 cm³/h |
| Layer thickness[3] | 20 - 60 μm |
| Max. laser power at the workpiece (TRUMPF fiber laser) | 200 W Optional multilaser: 2 x 200 W |
| Beam diameter | 80 μm Optional: 55/80 μm |
| O2 concentration | Down to 3000 ppm (0.3%) Optional: down to 100 ppm (0.01%) |
| Scan speed (powder bed) | Max. 2 m/s |
| Shielding gas | Nitrogen, Argon |
| Power supply | 230 V – 30 A – 50/60 Hz |
| Dimensions | 780 x 2050 x 1160 mm |
| Weight (incl. powder) | 900 kg |
[2] Dependent on system configuration, process parameters, material and degree of filling.
[3] Individually adjustable.
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