Rapid Prototyping With Honjenny
Accelerated development services providing physical prototypes within 1-5 business days. Direct verification of CAD data through CNC machining, 3D printing, and rapid tooling to identify design risks before mold investment.Contact Now！
Rapid Prototyping Capabilities
CNC Machining Prototypes
3D Printing (SLA / SLS)
Rapid Tooling & Die Casting
Ready to Test Your Design?
Why Choose Our Prototyping Service
We focus on speed, precision, and a smooth transition to mass production.
High Precision
Our CNC machining achieves tight tolerances up to ±0.005mm for strict assembly needs, while 3D printing offers reliable ±0.03mm accuracy for fast visual checks.
Real Materials
Test your designs with actual production materials, including Aluminum, Zinc alloys, Stainless Steel, and a wide range of engineering plastics.
Fast Turnaround
Get your 3D printed parts in as fast as 1 day, and CNC machined metal prototypes in just 3 to 5 days, shortening your R&D cycle.
What Can You Do With Prototypes?
Verify every detail of your product before investing in expensive mass production tooling. Use our prototypes for functional strength testing, assembly fit checks, and visual presentations to your clients.
Prototyping Built for Mass Production
Because we are a die casting manufacturer, we don’t just make your parts; we help you prepare for mass production. We review your prototypes to find potential manufacturing risks—like uneven wall thickness or missing draft angles—saving you time and money on future molds.
What Engineers Say About Our Prototyping
From design validation to functional testing, our clients trust us to deliver speed, accuracy, and support that moves projects forward.
“Their CNC prototypes hit our strict ±0.005mm seal tolerance. Importantly, their early DFM review flagged a 0.8mm wall risk, saving us from costly tooling revisions later.”
“Using rapid tooling for a 300-piece pilot batch let us run physical load tests on actual cast zinc, validating our structural design before investing in production molds.”
“They delivered SLA prints in 48 hours and flagged missing draft angles on internal ribs. Fixing this CAD issue early prevented weeks of future die-casting delays.”
Technical Workflow
Standardized procedure from CAD data analysis to final component dispatch.
01
02
03
Frequently asked questions
Not exactly. CNC parts are machined from solid billets (e.g., Al 6061), meaning they have 100% density and slightly higher strength than cast parts. However, they provide a reliable baseline for stress testing.
No. Submit your 3D files at the final 1:1 nominal dimensions. Our engineering team will calculate and apply all necessary shrinkage rates and draft angles for you.
Yes. Metal prototypes (both CNC and Rapid Tooling) support standard industrial finishes, including powder coating, anodizing, sandblasting, and electroplating for visual and adhesion testing.
Typically at 50+ units. For batches over 50, Rapid Tooling is more economical and provides a much closer simulation of actual die-casting material flow than machining individual pieces.
No. Rapid tools use unhardened steel (e.g., P20) for pilot runs (50–500 shots). Mass production requires dedicated, hardened steel molds (e.g., H13) to withstand thousands of high-pressure cycles.
We sign an NDA before you share any files. Your CAD data is processed on secure, offline servers and permanently deleted from our manufacturing terminals once the project is shipped.
