xBUILD 3000
Advanced industrial 3d printing with reliability and efficiency
The xBUILD 3000 is engineered for industrial additive manufacturing, combining enhanced performance with full-field multilaser capability and robust, versatile operation. Designed to fit different part sizes, and complexity, as well as workflow and production volumes, it adapts to your specific needs. Advanced features like Automatic Multilaser Alignment (AMA), Melt Pool Monitoring, and a closed inert powder circuit ensure consistent quality, safety, and efficiency.
Key strengths
Ensure consistently high part quality with our shielding gas concept and actively heated/cooled build plate, keeping the process chamber and optics clean while maintaining stable melting conditions—even for demanding alloys and industrial series production.
Achieve high-quality, efficient production with the Automatic Multilaser Alignment (AMA), which checks alignment every two layers with 40 μm accuracy. The option includes two 80 μm lasers with defocus up to 200 μm.
Streamline production with a flexible setup featuring an integrated powder conveyor for fast unpacking in shielding gas, removable build modules for quick restart, and Powder Handling Stations that reclaim and sieve used powder directly into supply modules.
Ensure build quality thanks to Powder Bed Monitoring which, thanks to an integrated camera, can detect process defects. Additionally Melt Pool Monitoring recognizes deviations in the laser melting process. Lastly, additional options, including laser power calibration, focus position measurement, and scan field calibration, allow verification, recalibration, and full documentation of certified processes.
A closed powder cycle with an integrated conveyor and dedicated sieving station, enables inert powder handling via the glovebox, preserving powder properties and preventing oxygen or moisture absorption for a clean and safe production environment.
Technical Data
| Build module | 300 x 300 x 400 mm |
| Processable materials[1] | Stainless steels, tool steels, aluminum, nickel-based, copper or titanium alloys |
| Build rate[2] | 30-200 cm3/h |
| Layer thickness[3] | 20 - 150 μm |
| Max. laser power at the workpiece (TRUMPF fiber laser) | 500 W Optional Multilaser: 2 x 500 or 700 W |
| Beam diameter | 80 – 200 μm with defocus |
| Scan speed (powder bed) | Max. 3 m/s[4] |
| Preheating | Up to 200°C |
| Shielding gas | Nitrogen, Argon |
| Power supply | 400/460 V - 32 A - 50/60 Hz |
| Dimensions | 3385 x 1750 x 2070 mm |
| Weight | 4300 kg |
[2] Dependent on system configuration, process parameters, material and degree of filling.
[3] Individually adjustable.
[4] 3 m/s is the max. exposure speed in the powder bed which can be set by the customer.
Up to this value the scanhead parameters are optimized.
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