3D Printing
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Industrial grade 3D printing is an additive manufacturing process that is best suited for structural prototypes, functional prototypes, complex designs, and functional applications. RPS manufactures high precision parts through rigorous quality control measures and industrial grade equipment.

1~100pcs

Shortest printing time: 4 hours

Starting price RMB150

  • SLA
    SLA uses the principle of UV laser curing to slice the parts into thousands of thin layers. The ultraviolet light illuminates the outermost layer of the liquid, and after solidification, it settles a layer until the complete part is formed.
    Production capacity >> Design considerations
  • SLS
    Selective laser sintering (SLS) applies CO2 laser which can sinter nylon powder layer by layer until final formation of thermoplastic parts.
    Production capacity >> Design considerations
  • SLM
    Direct Metal Laser Sintering (DMLS) uses a high-power laser system. Such fiber laser system welds the powder into fully dense metal component after projecting onto the surface of the metal powder.
    Production capacity >> Design considerations
  • HP Jet Melting Process
    The multi-jet fuse selectively coats the fuse and the refiner on the working platform of the nylon powder, and sprays each layer of nylon powder that is sliced into thousands of layers by a heating element to form a solid functional component.
    Production capacity >> Design considerations
  • FDM
    Industrial grade 3D printing is an additive manufacturing process that is best suited for structural prototypes, functional prototypes, complex designs, and functional applications. RPS manufactures high precision parts through rigorous quality control measures and industrial grade equipment.
    Production capacity >> Design considerations
  • Why is RPS chosen for 3D printing?
    RPS's various industrial 3D printing processes let you choose the most suitable technology, and each craft and well quality control to ensure accuracy and repeatability. How RPS selects the 3D printing materials.
    View process >
  • Additive manufacturing materials
    RPS uses a series of industrial photosensitive resins, as well as thermoplastic powders and metal powders to manufacture the parts which are suitable for the application of various parts and the industrial 3D printing.
    View material >
RPS resources
  • Craft guide
    Application of carbon fiber in the aviation and military fields
    The aviation and military fields are characterized by keeping pursuing for flight and motion speed, so light weight is necessary. As the most reliable and effective high-strength material at present, carbon fiber has mature molding craft. You can get the high-quality and complex carbon fiber parts in accordance with the technical suggestions of RPS and CSC.
    More
  • Craft guide
    3D printing material
    About 3D printing, the first thing is to know the performance of thermoplastic materials and metal materials, and suitable 3D printing craft and materials can be chosen in accordance with functional demands, molding characteristics and material performance by virtue of SLA, SLS and SLM technologies.
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  • Craft guide
    Plasticity design: Essential elements
    Whether you are a newbie of injection molding or the experienced professional in the manufacturing industry, RPS craft operation manual can provide craft suggestion that can bring significant economic benefits to your part design, forming quality, forming efficiency, which contain wall thickness, surface smoothness,tolerance, material and other thermoplastic molding etc. Some tips may help you manufacture better parts.
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  • Craft guide
    Rapid manufacturing craft
    Each craft has its own advantages and disadvantages. From 3D printing to CNC and injection molding, RPS craft operation manual provides technical experience for different manufacturing craft. You can compare advantages of each craft and choose the most suitable one to your project.
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