We Provide Professional One-stop Additive Manufacturing Services
Additive manufacturing (3D printing) offered with capability of printing parts as big as 10 x 10 x 12 in. and 0.007 in. layer resolution. Product designing, prototyping, packaging, precision cutting, routing, finishing, coating, assembly, contract sewing, engraving, warehousing and fulfillment services also available.
Engineering plastics can be used as engineering materials and plastics that replace metal manufacturing machine parts. Engineering plastics have excellent comprehensive properties, high rigidity, small creep, high mechanical strength, good heat resistance, and good electrical insulation. They can be used for a long time in harsh chemical and physical environments and can replace metals as engineering structural materials. , But the price is more expensive and the output is small.
25-70% stronger than standard ABS, close to 90% of injection molded ABS
Excellent tensile strength and impact strength
Suitable for conceptual models, functional prototypes, manufacturing tools and end-use parts
Better mechanical properties than ABS
Has good strength and toughness, anti-ultraviolet (UV)
Suitable for making outdoor parts
ABS-ESD7 can prevent static electricity from accumulating and will not generate electrostatic shock
The best choice for electronic products in the circuit board, transportation and industrial equipment industries
Suitable for manufacturing functional prototype shells, covers and packaging
Biocompatible (ISO-10993, USP VI) materials
Can use gamma radiation or ethylene oxide for disinfection
Suitable for medical, pharmaceutical and food packaging industries
Combines the excellent strength and heat resistance of PC and the flexibility of ABS
Generally used in automotive, electronics and telecommunications applications
Suitable for contrived conceptual modeling, functional prototypes, manufacturing tools and production parts
High-strength engineering plastics, whose strength is 50%-70% higher than ABS
Widely used in automotive, aerospace, medical and other fields
Water-soluble support for easy removal
Biocompatible (ISO-10993, USP VI) materials
Can use gamma radiation or ethylene oxide for disinfection
Suitable for medical, pharmaceutical and food packaging industries
No graininess on the surface, toughness, drop resistance and corrosion resistance
Suitable for applications that require frequent buckling, crimping plug-ins and fatigue resistance
Has the self-lubricating properties of nylon
With no less than 35% carbon fiber added to nylon 12, the strength is comparable to metal
Strong wear resistance, anti-static, anti-fall and corrosion-resistant
The best strength-to-mass ratio material
Combines the strength and toughness of various FDM materials
Can produce durable parts with a smooth surface and high resistance to breakage
Suitable for automotive, aerospace and industrial manufacturing
Comply with FST (flame, smoke, toxic substances) protection standards
UL94-V0 grade flame retardant, high temperature resistance, chemical corrosion resistance
Ideal for aerospace, automotive and military applications
Passed food contact and biocompatibility certification
UL94-V0 grade flame retardant, high temperature resistance, chemical corrosion resistance
Suitable for advanced processing and prototyping in the automotive, aerospace, medical and food production industries
Excellent mechanical properties, stable precision for large-size printing
Ideal for corrosive and high temperature applications
Can use gamma radiation or ethylene oxide for disinfection
High heat resistance, chemical resistance, low outgassing and dimensional stability
With excellent strength, toughness and wear resistance of PEI series materials
Suitable for aircraft parts exposed to jet fuel, engine oil and hydraulic oil
Materials that meet ESD (Electrostatic Dissipation) requirements can dissipate current through the polymer matrix
Semi-crystalline, high-performance thermoplastic
High strength, high temperature resistance and excellent chemical resistance
Photosensitive resin, commonly known as ultraviolet curing shadowless glue, or UV resin (glue), is mainly composed of polymer monomers and prepolymers, with light (ultraviolet light) initiators added to them, or photosensitizers. Under the irradiation of a certain wavelength of ultraviolet light (250~300nm), it will immediately cause polymerization reaction and complete the solid-state conversion. Photosensitive resin refers to the material used for light curing rapid prototyping is liquid light curing resin, or liquid photosensitive resin, mainly composed of It is composed of oligomer, photoinitiator and diluent.
High precision, not easy to be brittle, smooth surface
Dimensionally stable, no shrinkage deformation
White, black optional
Good strength, elongation and impact resistance
Colorless transparent and color transparent optional
Suitable for appearance verification and assembly testing of transparent parts
High toughness, impact resistance, smooth surface and good details
Suitable for making containers, packaging and snap parts
Stable print size and high precision
Mechanical properties similar to ABS materials
Outstanding surface details, smoother than ABS
Good toughness, high temperature resistance
Shore hardness 30-95A can be selected
Imported material, good tensile performance
Transparent, white, black optional
Support high-resolution textures, 500,000 color printing
Pantone color number is perfectly restored, the transition is delicate and natural
Suitable for hand model, medical model, product design
Biocompatible (ISO-10993, USP VI) resin material
Transparent and colorless
Suitable for medical, pharmaceutical and food packaging industries
Transparent, translucent, color, soft and hard glue printing
The same piece realizes colorful and 30-95A hardness optional
Suitable for prototype production, education and scientific research, research and development testing
