XDM 120
XDM 120 High-Precision SLM 3D Printer
A high-efficiency, high-resolution small-frame metal PBLM system for fine features, dental work and process research.
120 mm × 120 mm × 100 mmDown to 20 µmIPG fibre laser, 200 W / 500 W
XDM Metal 3D Printing Machines
Six powder bed laser melting platforms covering build envelopes from 120 × 120 mm to 2000 × 2000 mm - all running the same XDM software environment and open process parameters.
Product Range
Choose the build envelope, then scale the lasers
Every platform shares the same 20 µm process capability, the IntelliProc® / IntelliMake® toolchain and the same quality framework. Start where your part size requires, and scale productivity with additional lasers rather than a different process.
XDM 250
XDM 250 Mid-Size SLM 3D Printer
A proven mid-size platform balancing build volume and floor space, with a 500 W laser and two build heights.
250 mm × 250 mm × 360 mmDown to 20 µmIPG fibre laser, 500 W
XDM 300
XDM 300 Multi-Laser SLM 3D Printer
A 300 × 300 mm platform available with one, two or four 500 W lasers for high-throughput part production.
300 mm × 300 mm × 410 mmDown to 20 µmIPG fibre laser, 500 W / 500 W × 2 / 500 W × 4
XDM 420 / 500
XDM 420 / 500 Four-Laser Large-Format SLM 3D Printer
420 mm and 500 mm build plates with up to four 500 W lasers and continuous top powder feeding.
420 mm × 420 mm × 500 mmDown to 20 µmIPG fibre laser, 500 W (XDM 420) / 500 W × 4 (XDM 500)
XDM 750
XDM 750 Super-Large SLM 3D Printer
The machine that introduced 750 × 750 × 500 mm metal PBLM to the world, with four 500 W lasers.
750 mm × 750 mm × 500 mmDown to 20 µmIPG fibre laser, 500 W × 4
XDM 2000
XDM 2000 2-Metre SLM 3D Printer
A 2000 × 2000 × 650 mm build envelope with six 500 W lasers - the frontier of metal PBLM.
2000 mm × 2000 mm × 650 mmDown to 20 µmIPG fibre laser, 500 W × 6
Quick Comparison
Model comparison at a glance
Full technical data is available on each product page. Not sure which model fits? Send us your part envelope and annual volume.
| Model | Build volume | Laser configuration | Machine weight | Machine dimensions |
|---|---|---|---|---|
| XDM 120 | 120 mm × 120 mm × 100 mm | IPG fibre laser, 200 W / 500 W | Approx. 700 kg | 800 mm × 1115 mm × 2140 mm |
| XDM 250 | 250 mm × 250 mm × 360 mm or 250 mm × 250 mm × 410 mm | IPG fibre laser, 500 W | Approx. 2 t | 1670 mm × 1140 mm × 2160 mm |
| XDM 300 | 300 mm × 300 mm × 410 mm | IPG fibre laser, 500 W / 500 W × 2 / 500 W × 4 | Approx. 2.3 t | 1880 mm × 1390 mm × 2200 mm |
| XDM 420 / 500 | 420 mm × 420 mm × 500 mm or 500 mm × 500 mm × 500 mm | IPG fibre laser, 500 W (XDM 420) / 500 W × 4 (XDM 500) | Approx. 8 t | 3400 mm × 3700 mm × 3100 mm |
| XDM 750 | 750 mm × 750 mm × 500 mm | IPG fibre laser, 500 W × 4 | Approx. 12 t | 3650 mm × 3900 mm × 3300 mm |
| XDM 2000 | 2000 mm × 2000 mm × 650 mm | IPG fibre laser, 500 W × 6 | Approx. 20 t | 8200 mm × 6700 mm × 6200 mm |
Common Platform
Shared across every XDM machine
Regardless of size, every XDM system is delivered with the same core capabilities - which is why a process developed on one machine can be transferred to another.
- Minimum layer thickness of 20 µm on every platform
- 1070 nm IPG fibre laser sources with calibrated optical chains
- XDM IntelliProc® data preparation with open parameter editing
- XDM IntelliMake® machine control with layer-wise monitoring and logging
- Support for tool steel, high-strength steel, stainless steel, nickel superalloys, titanium, cobalt-chrome, copper and aluminium alloys
Which XDM machine is right for your part?
Share the CAD model or the bounding box, the alloy and the target annual volume. We will recommend a platform, the laser configuration and a process route.