One-Stop 3D Printing Solution – Get Instant Quotes

3D Printing

One-stop online 3D printing service, with multiple processes, dozens of materials, and hundreds of industrial-level 3D printers to help you with rapid prototyping and batch production. The self-developed AI quotation engine intelligently analyzes the drawings and feeds back the quotation within a few seconds. It gets on the machine quickly after placing the order, and the production can be completed in the fastest 48 hours.

AI-Driven Instant Quoting
48-Hour Rapid Turnaround
Multi-Material Capabilities
SLA/SLS/MJF/SLM/DLP

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Molding process

SLA

Stereolithography Apparatus (SLA) rapid prototyping, used for printing photosensitive resins.

SLS

Selective Laser Sintering (SLS) molding, which can process plastic powder, wax powder, etc.

MJF

Multi Jet Fusion technology, which can quickly make non-standard parts.

SLM

Metal Laser Melting Molding, and the part quality is close to that of forging.

DLP

Digital Light Processing, with high speed and suitable for high-resolution molding.

Sample

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Upload drawings

Upload your parts design drawings, support CAD drawings and common 3D formats, pdf documents, image formats (such as.step /.stp /.slDPRt /.prt /.ipt /.x_t /.DWg /.dxf /.pdf, etc.);

Additional needs

You can improve the parts processing materials, surface treatment, quantity and other specific production needs, in order to obtain a more accurate quotation;

Instantaneous quotation

The AI quoting engine will issue a quotation plan for you in real time based on your design drawings and manufacturing requirements.

Production delivery

Orders can directly reach the workshop production line, be delivered to the door after quality inspection, and the entire order link can be monitored.

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Machining raw materials

Classification of materials	Specific names of the materials	Main characteristics	Applicable areas
Thermoplastic polymer	PE	Light weight, corrosion resistance, easy processing	Prototyping, packaging, household goods
	PP	Light weight, chemical resistance, moderate stiffness	Containers, auto parts, household items
	PET	High strength, high temperature resistance, chemical resistance	Engineering parts, automotive parts, medical equipment
	PC	High strength, high temperature resistance, transparent	Optical parts, electronic equipment, medical instruments
	PA	High strength, wear resistance, chemical corrosion resistance	Engineering parts, mechanical parts, automotive parts
Thermosetting resin	PMMA	Transparent, high hardness, good optical properties	Optical lenses, decorations, medical instruments
	PETG	Impact resistance, chemical corrosion resistance, easy processing	Parts, containers, electronic housings
	PF	High temperature resistance, wear resistance, good insulation	Electrical parts, insulation materials, auto parts
Metal	Aluminum	Light weight, high strength, good thermal conductivity	Aerospace, automotive, electronic devices
	Stainless Steel	Corrosion resistance, high strength, high temperature resistance	Automotive parts, medical devices, industrial parts
	Titanium	High strength, light weight, good biocompatibility	Medical implants, aerospace, automotive parts
	Nickel Alloy	High temperature resistance, oxidation resistance, corrosion resistance	Aerospace, petrochemical, nuclear energy
Other special materials	Composite	Combined with resin and fiber reinforced materials, high strength and light weight	Aerospace, sports equipment, auto parts
	Bioprinting	Good biocompatibility for bioprinting and biomedical applications	Biomedical, bioprinting, medical devices

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Surface treatment

Methods of surface treatment	Specific method	Main features
Sanding	Hand Sanding	Use sandpaper or emery cloth to remove layers and marks from the surface of the printed object by hand.
	Mechanical Sanding	Sanding with mechanical equipment to improve efficiency and surface finish.
Polishing	Hand Polishing	Hand polish with polishing materials and tools to improve the finish of the printed surface.
	Mechanical Polishing	Use polishing machines and abrasives to polish and improve surface finish.
Isopropyl Alcohol Spray	Print the surface using alcohol spray	Print surfaces using alcohol spray to make them smoother and neater.
Acetone Vapor Bath	The printed surface is treated with acetic acid vapor	The printed object is exposed to acetic acid vapor, which evaporates to make the surface smoother.
Heat Treatment	Use heat source for hot melt treatment	By heating the surface of the printed object to melt it, a smooth effect can be achieved.
Painting	Spray Painting	Use a spray gun or spray equipment to apply color and protective coatings to change the appearance.
	Hand Painting	Apply color and protective paint by hand using a brush or roller to change the look.
Coating	UV Coating	Uv curing coatings increase surface hardness and protection.
	Wear-Resistant Coating	The coating with wear-resistant components is added to improve the surface wear resistance.
Plating	Copper Plating	A layer of copper is plated on the surface of the printed object to improve electrical conductivity and appearance.
	Nickel Plating	A layer of nickel is plated on the surface of the printed object to improve hardness and corrosion resistance.
	Gold Plating	A layer of gold is plated on the surface of the printed object to enhance the appearance and decoration.
Sandblasting	Glass Bead Blasting	Use glass bead sandblasting agent for a uniform, bright surface.
	Diamond Sandblasting	Using diamond particle sandblasting agent for sandblasting to improve surface quality.
Dyeing	Edible Dye	Dye the printed object with food grade dye to change the color.