On-Demand Manufacturing Solutions
Rapid Prototyping
Our Rapid Prototyping service provides cutting-edge accuracy with dimensional tolerances of ±0.05mm, harnessing advanced 3D printing and CNC machining technologies. We cater to a vast spectrum of industries, bringing ideas to life within days across a selection of over 250 high-performance materials.
- CNC Rapid Prototyping
- Rapid Tooling
- Production Tooling
- Plastic Prototyping Services
- Metal Prototyping Service
- 3D Printing Prototyping
Precision Parts. Endless Possibilities.
Explore our custom manufacturing capabilities through real product examples.
Rapid Prototyping Services
Prototype CNC machining is a standout feature of CNC technology, boasting numerous advantages and diverse uses. It’s an exceptional method, allowing for the creation of small prototype batches swiftly. Crucially, CNC prototype machining crafts functional components with impressive accuracy, regardless of the material in play.
- Plastic Prototyping Services
- Metal Prototyping Services
- 3D Prototyping Services
- Rapid Tooling
- Production Tooling
Rapid CNC Machining Service
CNC machining stands out as the go-to solution for rapid prototyping of both plastic and metal components. With pinpoint accuracy and swift turnaround times, we can bring your prototypes to life with unparalleled detail.
| TYPE | Tolerance |
|---|---|
| Linear dimension | +/- 0.025 mm (+/- 0.001 inch) |
| Hole diameters (not reamed) | +/- 0.025 mm (+/- 0.001 inch) |
| Shaft diameters | +/- 0.025 mm (+/- 0.001 inch) |
| Part size limit | 950 * 550 * 480 mm(37.0 * 21.5 * 18.5 inch) |
| Lead Time | As fast as 1 day |
Rapid Injection Molding
Our Rapid Injection Molding service offers a fast and precise solution for your production needs. Using advanced technology, we efficiently turn designs into high-quality parts, ideal for both prototyping and mass production. Trust us to deliver consistent and timely results.
| TYPE | Tolerance |
|---|---|
| Mold cavity tolerances | ±0.05 mm |
| Part-to-part repeatability | ±0.1 mm |
| Production grade | 1-100,000 cycles |
| Lead Time | 15 business days or less |
Rapid Sheet Metal Fabrication
Harness the speed of our Rapid Sheet Metal Fabrication service. Leveraging advanced machinery, we transform your designs into high-quality parts with unmatched efficiency. Ideal for time-sensitive prototypes and projects. Your design, our expertise, was executed swiftly.
| TYPE | Tolerance |
|---|---|
| Edge to edge, single surface / Edge to hole, single surface / Hole to hole, single surface | +/- 0.005 inch |
| Bend to edge / hole, single surface | +/- 0.010 inch |
| Edge to feature, multiple surface / Over formed part, multiple surface | +/- 0.030 inch |
| Bend angle | +/- 1° |
Rapid Vacuum Casting
Experience the agility of our Rapid Vacuum Casting service. Utilizing state-of-the-art technology, we swiftly bring your designs to life, ensuring both quality and precision. Perfect for detailed prototypes and limited-run parts. Your vision, is crafted with precision, in record time.
| TYPE | Tolerance |
|---|---|
| Maximum build size | +/- 0.025 mm (+/- 0.001 inch) |
| Standard lead time | Up to 20 parts in 15 days or less |
| Dimensional accuracy | ±0.05 mm |
| Layer thickness | 1.5mm – 2.5mm |
Rapid Prototyping Materials
Metals come in diverse types, each boasting unique physical and chemical attributes. These variations make specific metals more optimal for certain tasks than their counterparts. To create metal prototypes, especially aluminium prototypes, techniques such as CNC machining, Casting, 3D printing, and sheet fabrication are employed.
Brass Titanium
Aluminum Copper
Stainless Steel
Plastics offer a broad spectrum of characteristics, each providing distinct advantages based on their compositional properties. These unique features make certain plastics particularly suitable for specific applications. When it comes to plastic prototyping, methods such as CNC machining, 3D printing, vacuum casting, and injection molding are commonly utilized to bring design concepts to tangible reality.
ABS Nylon (PA) PC PVC
PU PMMA PP PEEK
PE HDPE PS POM
Rapid Prototype Parts Sample
Latest Blog
Check out our latest blogs, we share industry trends, design tips, and experience earned from manufacturing.
- Electroplating Vs Electro-less plating
- What are the types of surface finishes for CNC machining?
- Common Materials for CNC Machining
- Tolerances in CNC Machining
- Sheet Metal Fabrication: Enclosures for Electronics
- Best Cutting Tools for CNC Machining– Choose the Right
- An Ultimate Guide to CNC Copper Machining
- Production Cycle Time in CNC Machining
- Electroplating Vs Electro-less plating
- What are the types of surface finishes for CNC machining?
- Common Materials for CNC Machining
- Tolerances in CNC Machining
- Sheet Metal Fabrication: Enclosures for Electronics
- Best Cutting Tools for CNC Machining– Choose the Right
- An Ultimate Guide to CNC Copper Machining
- Production Cycle Time in CNC Machining
Die Cast Industry: Status in 2026 and Trends by Segments
Die-casting is a process of creating metal components by forcing molten material into a reusable mold (called a die), where it fills the cavity and takes the shape upon solidification.
Read more →
Electric Discharge Machining Applications Across Industries
Electrical Discharge Machining (EDM) is a non-conventional subtractive manufacturing process, in which a tool (electrode/wire) removes the material from conductive workpieces using controlled electric sparks inside a dielectric medium
Read more →
PEI CNC Machining: Material Grades, Processes, and Considerations
PEI CNC machining converts raw PEI rod, bar, or plate into functional components using cutting, milling, turning, drilling, and other suitable operations using the CAD model & CNC program.
Read more →PROTOTYPE DECISION DATA
Use prototypes to retire the assumptions that matter most
Rapid prototyping is most valuable when the build plan states what the sample is meant to prove: envelope, assembly fit, handling, visual intent, fluid path, stiffness, thermal behavior or manufacturing feasibility.
Engineering data to lock before release
| Learning objective | Fit, function, appearance or process proof |
|---|---|
| Controlled features | Interfaces, wall thickness, threads and datum surfaces |
| Material fidelity | Representative versus production-intent material |
| Test evidence | Measurement, assembly result or environmental observation |
A prototype result should identify which production assumptions it validates and which still require a production-intent trial.
