Functional Test Pieces
Process Introduction
Functional test rapid prototypes are manufactured using CNC, injection molding, or 3D printing, focusing on verifying the mechanical properties, heat resistance, and assembly quality of components. Suitable for R&D and engineering testing.
Process Flow:
- Design File Received
- Material Selection (Heat Resistance/High Strength)
- Prototype Processing
- Assembly and Load Testing
- Surface Treatment (Optional)
- Finished Product Delivery
Product Parameters
| Parameter |
Value Range/Description |
| Process |
CNC, 3D Printing, Injection Molding |
| Material |
ABS, PC, Nylon, Aluminum Alloy |
| Accuracy |
±0.05–0.1 mm |
| Features |
Heat and impact resistance |
| Wall Thickness |
≥1 mm |
| Turnaround |
3–7 days |
| Application |
Mechanical test pieces, engineering prototypes |
| Surface Treatment |
Painting, Plating |
| Quantity |
1–100 pieces |
| Features |
Strong strength and functional verification |
Applications and Advantages
Applications: Strength verification pieces, engineering test pieces, load test specimens.
Advantages:
- High strength for load testing
- Heat resistance ≥120°C
- Precision for assembly testing
- Flexible material selection
- Short cycle time, high efficiency
FAQ
Q1: Can it withstand high temperatures?
A1: Yes, heat-resistant materials are available.
Q2: Is it suitable for mechanical testing?
A2: Yes.
Q3: What is the turnaround time?
A3: 3–7 days.
Q4: Does it support multiple processes?
A4: CNC/3D printing/injection molding are all supported.
Q5: Is there a quantity limit?
A5: Minimum order quantity is 1 piece.
Customized mold customization
We can customize strength-optimized structures, heat-resistant materials, and assembly interfaces to meet engineering testing needs.
