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Rapid Prototyping Service

From Design Revision to Sample in Days

Engineering-grade 3D printing transforms your modified CAD files into physical prototypes within 48-72 hours. Perfect for design validation, fit testing, and pre-production reviews.

See How It Works Request Sample Quote

48-72h

Turnaround Time

±0.1mm

Print Accuracy

15+

Materials

3D printing technology in action - precision additive manufacturing for custom plastic parts

Engineering Grade

ABS, Nylon, PEEK, PC Available

Streamlined 3-Step Workflow

Our rapid prototyping service eliminates the traditional tooling bottleneck. Get functional samples in your hands faster than conventional manufacturing methods.

1

Submit Modified Design

Send us your revised CAD files (STEP, STL, IGES). Our engineers review for printability and suggest optimizations if needed.

  • Free design for manufacturability (DFM) check
  • NDA protection available
  • Material selection guidance
2

Precision 3D Printing

Industrial-grade FDM/SLA printers produce your parts with engineering materials. Real-time production updates via email or WeChat.

  • ±0.2mm dimensional accuracy
  • Layer thickness: 0.1-0.3mm
  • Post-processing: sanding, painting, assembly
3

Fast Sample Delivery

Quality-inspected samples shipped within 48-72 hours. Includes dimensional report and high-res photos before shipment.

  • DHL/FedEx express shipping available
  • Full inspection report included
  • Seamless transition to mass production
Start Your Rapid Prototype
ABS Material Sample
ABS
Polycarbonate Material Sample
Polycarbonate
Nylon Material Sample
Nylon PA66
PEEK Material Sample
PEEK

Material Options

15+

PP
PE
+12
Material Library

Engineering-Grade Materials

Choose from 15+ industrial materials to match your functional requirements--from heat resistance to mechanical strength. All materials sourced from certified suppliers with full traceability.

Standard Materials

  • ABS (Impact Resistant)
  • PP (Eco-Friendly)
  • PC (High Strength)

Engineering Grade

  • Nylon PA6/PA66
  • PEEK (High Temp)
  • POM (Low Friction)
  • TPU (Flexible)

Material Certification

All materials come with inspection reports from top-tier suppliers. RoHS compliant and suitable for automotive, medical device, and industrial applications.

Perfect for Multiple Scenarios

Whether you're validating a new design, testing fit and function, or preparing for investor presentations--our rapid prototyping service accelerates your product development cycle.

Design Validation

Test form, fit, and function before committing to expensive tooling. Iterate quickly based on physical feedback.

Rapid Iteration

Modify designs based on client feedback and produce new samples within days--not weeks.

Client Presentations

Impress stakeholders with tangible prototypes for trade shows, investor meetings, or customer demos.

Pre-Production Testing

Verify assembly processes, packaging, and user experience before launching full-scale production.

Seamless Transition to Mass Production

Once your prototype is approved, we leverage our 25 injection molding machines and 12+ years of manufacturing expertise to scale from 100 to 100,000+ units--with the same precision and quality.

Low MOQ: 100 Pieces

Perfect for market testing

ISO 9001 Certified

Consistent quality at scale

1200+ Projects

Proven track record

Get Your Prototype Quote Today

Frequently Asked Questions

Quick answers to common questions about our rapid prototyping service.

What file formats do you accept?

We accept STEP (.stp/.step), STL (.stl), IGES (.igs/.iges), Parasolid (.x_t), and SolidWorks (.sldprt) files. If you have a different format, please contact us--we can usually accommodate it.

How accurate are 3D printed prototypes?

Our industrial FDM and SLA printers achieve ±0.2mm dimensional accuracy with layer thicknesses between 0.1-0.3mm. This is suitable for most fit-testing and functional validation purposes. For tighter tolerances, we recommend CNC machining.

Can you match the properties of injection-molded parts?

While 3D printed parts can closely approximate injection-molded properties, they may differ in strength, surface finish, and isotropy. We offer engineering-grade materials like Nylon, PEEK, and PC that come close. For production-identical samples, consider low-volume injection molding (soft tooling).

What's the maximum part size you can print?

Our largest build volume is 600mm × 600mm × 800mm. For larger assemblies, we can print in sections and provide assembly services. Contact us with your specific dimensions for feasibility assessment.

Do you offer post-processing services?

Yes! We offer sanding, vapor smoothing, painting, dyeing, electroplating, and assembly services. We can also install inserts, threads, and other hardware. Just specify your requirements when requesting a quote.

How do I transition from prototype to production?

Once your prototype is approved, our engineering team will prepare your design for injection molding tooling. We'll provide a DFM (Design for Manufacturing) report and production quote. With our low MOQ of 100 pieces, you can start production quickly without large upfront investment.