Rapid Prototyping Services

Turn ideas into reality, faster. Our on-demand manufacturing services empower you to test, iterate, and validate your designs with high-quality physical prototypes delivered in days, not weeks.

Upload Your Design

A collection of rapid prototypes for consumer electronics

The Power of a Physical Prototype

Holding a physical part in your hands provides insights that a 3D model on a screen never can.

Validate Form & Fit

Create physical models to test ergonomics, user experience, and how your parts assemble and fit together before committing to expensive tooling.

Test Functionality

Produce robust prototypes from production-grade materials to perform real-world functional testing and ensure your design works as intended.

Iterate Faster

Quickly identify design flaws, make improvements, and order a new version in days. Rapid prototyping accelerates your development cycle and reduces risk.

Our Prototyping Technologies

3D Printing

The fastest way to turn a CAD model into a physical part. Ideal for early-stage concept models, complex geometries, and form/fit checks. We offer a range of technologies:

SLA: For smooth, high-detail cosmetic models.
SLS & MJF: For tough, functional nylon prototypes.
DMLS: For high-strength metal prototypes.

CNC Machining

The best choice for high-precision prototypes with excellent surface finishes in production-grade materials. Ideal for functional testing where material properties must match the final product. We machine a wide range of plastics and metals.

Rapid Prototyping FAQ

Which process is fastest?

For a single, complex part, 3D printing is typically the fastest process, often delivering parts in 1-3 days. For simpler geometries or if you need the part in a specific production material not available in 3D printing, CNC machining can be just as fast.

What is the difference between a "looks-like" and a "works-like" prototype?

A "looks-like" prototype (or appearance model) is focused on aesthetics. It's meant to look and feel like the final product but may not have its strength or function. A "works-like" prototype is focused on function. It's used for physical testing and is made from materials that mimic the final product's mechanical properties.

How much does a prototype cost?

The cost depends on three main factors: the size of the part (material cost), the complexity of the geometry (machine time), and the manufacturing process chosen. The best way to know for sure is to upload your 3D CAD file to our instant quoting engine.