Minimizes waste of expensive metal powder while delivering industrial-grade quality even in compact spaces.
An ultra-precision laser with a 20–30 μm spot size reproduces even the finest details with high accuracy.
The small build chamber enables printing with only a small amount of powder, making it ideal for research on high-cost materials such as gold, silver, and titanium.
Provides laser sources and process options optimized for highly reflective materials that are difficult to print, including pure copper and CuCrZr.
Its compact footprint and intuitive, stable user interface eliminate the need for separate transfer equipment, making it ideal for laboratories and small workspaces.
- Type
- Metal PBF (Powder Bed Fusion)
- Resolution
- 20~50μm
- Build Volume
- 135 × 135 × 150mm
- Beam Size
- 30~45μm
- Laser
- Laser 200W / 500W / 1Kw
- Shield Gas
- N₂ or Ar
- Scan Speed
- Up to 11 m/s
Various powders can be tested for research purposes, including precious metals such as Au and Ag and special alloys such as Inconel and Hastelloy.
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Ti
Titanium
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Ni
Inconel
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AI
Aluminium
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Sus
Stainless
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Ms
maraging
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Cu
Copper
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Au
Gold
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Ag
Silver
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Co
CoCr
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Hx
Hastelloy
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And More
Dental
Customized dental prosthetics are mass-produced with an accuracy of ±50 μm.The process significantly reduces production time compared with conventional casting methods.
Semiconductor
Small metal components requiring high precision and repeatability can be manufactured reliably and consistently.
Electronics
Pure copper heat sinks with maximized surface area effectively dissipate heat generated by electronic devices.
for Precision Metal Processing
Are you conducting R&D with small quantities of
high-value materials or producing precision components?
Discover how the M135 can help you achieve greater space efficiency and cost-effectiveness.
Tell us your project requirements, and DPERT experts will provide tailored solutions within 24 hours.