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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

    • 1

      Ferrous metals: stainless steel, die steel, superalloys, etc.

      (316L、304L、410、17-4PH、IN718、IN625、18Ni300、CX...)

    • 2

      Non-ferrous metals: titanium alloys, aluminum alloys, copper alloys, magnesium alloys, zinc alloys, etc.

      (Ti6Al4V、AlSi10Mg、CuCrZr、Cu、AZ91、AZ61、WE43、Zn...)

    • 3

      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.)

    • 4

      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

      Laser or electron beam powder bed printing

      LPBF or EB-PBF

      Directed energy deposition printing LDED

      Directed energy deposition printing
      LDED

      Parameter and structure optimization

        Design and optimization of printing parameters.

        Design and optimization of printing parameters.

        Design and optimization of lattice structures or bionic structures.

        Design and optimization of lattice structures or bionic 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)

        暨南大学
        吉林大学
        华南理工大学
        中山大学
        哈工大
        江苏大学
        香港科技大学
        华南师范大学
        北京航空航天大学
        松山湖材料研究所
        中国科学院过程工程研究所
        清华大学
        中南大学
        南昌航空大学
        武汉理工大学
        香港城市大学
        深圳大学
        江西理工大学
        广东省科学院
        华中科技大学
        北京科技大学
        东南大学
        南京理工大学
        中国科学院力学研究所