Custom Rapid Prototyping Services
Many custom manufacturing processes & finishes.
Results delivered fast.
Ready for testing, validation, or market launch.
- No MOQ
- No MOV
- ISO 9001Compliant
- DFM Design Support
What Are The Benefits of Rapid Prototyping
Whether you’re validating a concept or bridging to production, prototypes help you learn faster, iterate smarter, and build better.
Our production facility in China is owned and managed by an international team of manufacturing professionals dedicated to your success.
Accelerate Your Product Development
Get precision CNC or vacuum-cast prototypes that look, feel, and perform like production parts without the long lead times, high tooling costs, or quality compromises.
Precision Prototyping Services
Our team of technical professionals is ready to assist.
Our advanced multi-axis CNC milling and turning centers precisely machine high-tolerance prototypes from metals and engineering plastics.
Your parts come out full strength and production quality, ideal for engineering testing and validation. And of course you’ll have access to the finest finishing services including painting, plating, silk screening, pad printing, anodizing, chromate conversion coating and more.
No need to compromise on quality or make a large initial investment in tooling or materials. Eliminate long lead times and tooling costs – get CNC prototypes that look, feel, and perform like final production parts.
Polyurethane vacuum casting delivers high-fidelity plastic prototypes with production-level finish, fast. Using silicone molds formed around a 3D-printed master, we replicate your design in days without expensive hard tooling.
These molds can make up to 25 prototype replicas of the master pattern, accurately reproducing high tolerances and fine surface textures.
Your vacuum casting prototypes can be further refined with overmolding, insert molding, CNC machining, painting, and printing – everything you need to produce showroom-ready finished plastic parts in a matter of days and at minimal expense.
Get low-volume injection molded parts in as little as two weeks, ideal for pilot runs, bridge production, or market testing.
Our toolmakers combine easy-to-machine P20 tool steel with standard commodity resins that have stable, predictable molding characteristics – perfect for optimizing tool builds where design simplicity and time to market are paramount.
Rapid tooling manufacturing services from Procision help you bring validated designs to market faster, with less risk and lower upfront cost.
How it works
Varieties of Prototypes
Prototypes serve many different purposes and these will then directly determine the best process used to make them.
Visual Prototypes
To visualize a product’s shape, size, and overall appearance. Usually made from simple materials, like clay, foam, paper, or 3D printing filament.
Proof-of-concept Prototypes
To test whether an idea is feasible in early-stage design development. They use basic materials and quick manufacturing methods.
Test The Market
Test the market with your product before production
Functional Prototypes
Replicating final part properties for performance testing and material validation, using advanced materials and precision techniques like CNC milling.
Pre-production prototypes
Used for final validation with production-grade materials and methods to detect issues before mass manufacturing and to aid with regulatory approvals.
Common Questions
Procision Prototyping and Tooling Service FAQ
What is rapid prototyping?
Rapid prototyping uses advanced manufacturing methods to quickly turn digital designs into physical parts – helping you validate form, fit, and function without large upfront costs.
When done right, it limits your financial exposure and helps you avoid very costly mistakes later in the development cycle.
You can see what you’re doing right, what you may have missed, and make quick adjustments with little risk. That agility shortens your design cycle and reduces time-to-market.
What are the most common prototyping methods?
The most common manufacturing methods for prototypes include CNC machining, vacuum casting and 3D printing. For simple designs, it’s possible to use rapid tooling as a prototyping method to quickly get plastic parts to market in preparation for low volume production.
How quickly can I receive my finished parts?
Lead times vary by process and complexity, but once production begins most parts are ready in 3 ~ 7 days.
What are the costs associated with rapid prototyping?
Depending on the application, a prototype might represent 20% the cost of a full production counterpart. Of course, Procision has no minimum order volume or order value restrictions, so you only pay for exactly what you need.
How does Procision ensure the quality of their rapid prototyping services?
We apply exactly the same quality standards to rapid prototypes as we do with high volume production. First, you’ll get a comprehensive DFM analysis to help identify any potential manufacturing or design issues. Then we test and verify all raw materials and provide complete certification reports. Every part is carefully measured during production, and receives a comprehensive final quality inspection and approval report before shipment. We stand behind our workmanship and will meet and exceed all of your specifications on every part, every time.
Why Choose Procision?
We’re industry veterans at turning design concepts into exceptional prototypes and production parts using only the finest materials, equipment, and process control systems.
You’ll receive full engineering support with no MOQ or MOV restrictions, backed up with ISO-certified quality and prefered AEO customs clearance priority on your valuable shipments
Advanced Equipment
- CNC milling & turning centers
- Swiss-type lathes
- Automated robotic spray booth
Industry Expertise
- Custom model shop
- Complete in-house finishing
- Prefered AEO customs clearance
Material Versatility
- Incoming material verification
- Certificates of compliance
- Complete inspection reports