Ultra-high forming accuracy
Our technology allows the laser focus diameter to reach an accuracy of 20 microns. The minimum layer thickness downs to 5 microns due to the special powder feeding system. Printing accuracy is greatly improved.
Ultra-complex structural precision
Additive manufacturing designs of all types is possible thanks to our ultra-high-precision forming capabilities – micro-scale lattice structures, hollow structures, conformal flow channels, hinges, and more.
Ultra-low surface roughness
Roughness is reduced to a minimum of 5 microns via Rz, and 1 micron via Sa, making further post-processing unnecessary. Roughness is reduced to a minimum of 5 microns via Rz, and 1 micron via Sa, making further post-proces
Robust and stable shielding
gas flow
A newly designed shielding gas delivery unit makes a robust and stable gas flow possible, making the product significantly more reliable.

Support-free printing up to 10° overhang
Micron 3D metal printing enables support-free, one-step forming, with a minimum unsupported angle of 10°. With support-free printing, material waste and post-processing are reduced.
Replaceable feeding and process cylinder with Easy-Access System
Precision-100® uses a portable, replaceable feeding and forming chamber for easier powder and product replacement, increasing machine operability and efficiency.
As the pioneer in ultra-high-precision 3D metal printing, and with the supports of senior leading experts,
Aixway3D delivers best-in-class excellent solutions for precision machining in the field of advanced manufacturing industries.
Aixway® Precision-100 >>
Technical specifications
Building volume (Ø x H)
100 mm x100 mm
Layer thickness
1 µm – 15 µm
Laser type
200 W Yb-fiber laser
Focus diameter
< 25 µm
Scanning speed
max. 3 m/s
Surface roughness
min. Sa 1 µm
Powder size distribution
2 – 10 µm
< 30 µm
Shielding gases
Nitrogen, argon
Ambient temperature
15 – 35 °C
Dimensions (L x W x H)
< (2 m x 1 m x 2 m)
approx. 800 kg
Power input
≥10 kW, three-phase 380V ±10%, 50 Hz; single-phase AC 220V ±10%, 50 Hz
Printable materials
Nickel- or titanium-based superalloys for aerospace;
Titanium or cobalt-chromium alloys for the medical industry;
Tool steels or stainless steels for the molding industry;
High thermal conductivity alloys for the microelectronics industry;
Precious metals (18-carat gold) for the jewelry industry.