Research Printing
3D printing technology services have been provided for professors and students from
more than 100 well-known universities and scientific research institutes.

We help to make changes happen.
3D printing of bionic porous structures, lattice structures, nickel-titanium shape memory alloys (NITI alloys), NITI shape memory alloys, high-entropy alloys, refractory metals, pure copper and copper alloys, composite materials, metal 3D printing, scientific research 3D printing services, professional 3D printing, industrial-grade 3D printing.

Customized powder production service for small batches of metal-based materials.

Undertake scientific research 3D printing services for universities and research institutes.

3D printing technology services have been provided for professors and students from more than 100 well-known universities and research institutes.

Among them, the postdoctoral 3D printing research achievements of the City University of Hong Kong have been published in the top journal "Nature".

Research-Printing
shinengine.cn
Service Process
Material system
Ferrous metals: stainless steel, die steel, superalloys, etc.
(316L、304L、410、17-4PH、IN718、IN625、18Ni300、CX...)
Non-ferrous metals: titanium alloys, aluminum alloys, copper alloys, magnesium alloys, zinc alloys, etc.
(Ti6Al4V、AlSi10Mg、CuCrZr、Cu、AZ91、AZ61、WE43、Zn...)
Special metals: refractory metals, high-entropy alloys, metal matrix composites, special functional alloys, etc.
(Tantalum (Ta), tungsten (W), ceramic particle reinforcement, nano-coating, shape memory, soft magnetic, high-entropy, etc.)
Gradient materials, multi-component composites, etc.
Customized powder service

Plasma rotating electrode

Plasma spheroidization

Vacuum gas atomization

Fluidized bed chemical vapor deposition
Additive manufacturing process methods
Laser or electron beam powder bed printing
LPBF or EB-PBF
Directed energy deposition printing
LDED
Parameter and structure optimization
Preparation of additive manufacturing specimens
Specimens for metallography, mechanics, wear, fatigue, corrosion, electrical conductivity, thermal conductivity and special structures.

















Equipment used for scientific research printing.

High-precision scientific research
metal 3D printers

Powder mixer

Atmosphere heat treatment
furnace

Custom powder for customers
Scientific Research Partners Some Clients (in no particular order)
























Service Hours:08:00-22:00
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