Rapid Prototyping-Leanplans-Intelligent Manufacturing Factory

Rapid Prototyping

Leanplans offers Rapid Prototyping service delivers cutting-edge accuracy with dimensional tolerances of ±0.05mm, leveraging advanced 3D printing and CNC machining technologies. We serve a wide range of industries, bringing ideas to life within days using over 250 high-performance materials.

CNC Rapid Prototyping
Rapid Injection Molding
Metal Prototyping Servic
3D Printing Prototyping
The production will be completed in 24 hours.

Customize parts immediately

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Prototyping process

CNC Rapid Prototyping

This method enables the creation of prototypes from fully dense material, resulting in accurate and durable models.

Rapid Injection Molding

Efficiently transform designs into high-quality parts, suitable for both prototyping and mass production.

Metal Prototyping

Sheet metal fabrication is ideal for quickly producing flat parts that need to be tested in their final metal form.

3D Printing Prototyping

The main 3D printing methods used for rapid prototyping are SLS, SLA, and FDM.

Rapid Vacuum Casting

Leveraging state-of-the-art technology, we quickly bring your designs to life with exceptional quality and precision.

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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.

Machining raw materials

Classification of materials	Specific names of the materials	Main characteristics	Applicable areas
Metals	Aluminum	Lightweight, moderate strength, and good thermal conductivity	Aerospace, automotive, electronic devices
	Stainless Steel	Corrosion-resistant, high strength, and high temperature resistance	Automobile parts, medical devices, industrial parts
	Brass	Good conductivity, corrosion resistance, and easy to process	Musical instruments, electrical connectors, decorations
	Steel	High strength, suitable for multiple types, and can be passivated processing	Structural parts, industrial equipment, automobile parts
	Titanium	High strength, lightweight, high temperature resistance, and good biocompatibility	Aerospace, medical implants, automotive parts
Plastics	Polypropylene	Light weight, rigidity, chemical corrosion resistance	Packaging, parts, household items
	Polyethylene	Chemical corrosion resistance, wear resistance, low temperature resistance	Container, pipeline, cable insulation
	PVC	Corrosion resistance, good electrical insulation, and high machinability	Pipelines, wire casing, decorative materials
	PS	Light weight, moderate hardness, and good insulation	Packaging, household supplies, model making
	PETG	Impact resistance, transparency, and easy to process	Parts, containers, electronic enclosures
Composite materials	Carbon Fiber Composite	High strength, light weight, and corrosion resistance	Aerospace, sports equipment, automotive components
	Glass Fiber Composite	Good strength and stiffness, and wear resistance	Aerospace, ships, automotive parts
	Polymer Composite	High strength, light weight, and wear resistance	Aerospace, automobiles, sports equipment

Surface treatment

Methods of surface treatment	Specific method	Main features
Sanding	Hand Sanding	Use sandpaper or abrasive cloth to manually grind away the uneven or rough surface
	Mechanical Sanding	Use mechanical equipment for efficient surface sanding to increase consistency
Polishing	Mechanical Polishing	Use polishing machinery and abrasives to polish the surface and increase the glossiness
	Chemical Polishing	Use chemical solutions to remove the roughness on the surface and obtain a smooth surface
Sandblasting	Sandblasting Rust Removal	Use high-pressure sand blasting to remove the surface oxide layer and rust
	Glass Bead Blasting	Use glass bead sandblasting agent to obtain a uniform and bright surface
Electroplating	Chrome Plating	Plate a layer of chromium on the surface to improve corrosion resistance and appearance
	Nickel Plating	Plate a layer of nickel on the surface to enhance hardness and wear resistance
	Gold Plating	Plate a layer of metal to provide a beautiful golden appearance.
Painting	Spray Painting	Use a spray gun to spray paint to provide uniform color and protection
	Powder Coating	Use static electricity to spray the powder on the surface to form a solid coating
Heat Treatment	Quenching	Improve the hardness and strength of the metal through rapid cooling
	Tempering	Reduce the quenching effect through heating and cooling, and increase the toughness
	Annealing	Heating and slow cooling to improve the machinability of the metal
Coating	Anti-Rust Coating	Add a coating with preservatives to increase the corrosion resistance of the material
	Anti-Scratch Coating	The scratch-resistant coating provides protection and appearance improvement

Download the manual for material processing