As an experienced professional prototype sales representative, I am pleased to provide you with a detailed introduction to our prototype unit pricing structure.
Understanding the cost factors of prototypes is crucial for your
project planning, budgeting, and decision-making. This document will
explain the key components influencing prototype pricing, our
competitive advantages, and how we ensure cost efficiency without
compromising quality.
1. Factors Affecting Prototype Unit Price
The unit price of a prototype depends on multiple variables, including but not limited to:
A. Material Selection
Plastics (ABS, PC, Nylon, etc.): Cost-effective for functional testing.
Metals (Aluminum, Stainless Steel, Titanium): Higher cost due to machining complexity.
Specialty Materials (Silicone, Rubber, Composites): Varies based on availability and processing requirements.
B. Manufacturing Process
3D Printing (SLS, SLA, FDM): Lower cost for small batches; ideal for rapid iterations usually cost USD 0.2~0.8/g.
CNC Machining: Higher precision but more expensive for complex geometries,usually cost USD 10~20/H.
Injection Molding: High upfront tooling cost but economical for large-scale production.
C. Design Complexity
Simple Geometries: Lower machining time and cost.
Intricate Designs (Undercuts, Thin Walls): Requires advanced techniques, increasing labor and time.
D. Quantity & Lead Time
Low Volume (1–10 units): Higher unit price due to setup costs.
Bulk Orders (50+ units): Discounts available due to economies of scale.
Urgent Turnaround (Expedited Shipping/Rush Production): Additional fees may apply.
E. Post-Processing & Finishing
Standard Finish (As-Machined): No additional cost.
Painting, Polishing, Anodizing: Adds 10–30% to the base price.
2. Competitive Pricing Strategy
To ensure affordability for our European and American clients, we adopt the following strategies:
A. Regional Cost Optimization
B. Transparent Quotation
No Hidden Fees: Unit price includes material, labor, and standard post-processing.
Flexible Payment Terms: Options for installment payments on large orders.
C. Technology-Driven Efficiency
3. Sample Price Ranges (USD/EUR)
Below are estimated unit prices for common prototypes (for reference only; exact quotes require project details):
| Process | Material | Qty: 1–10 | Qty: 50+ |
|---|
| 3D Printing (SLA) | Resin | $50–$150 | $30–$90 |
| CNC Machining | Aluminum | $200–$500 | $120–$300 |
| Injection Molding* | ABS | $1,500+ (Tooling) | $5–$20/unit |
Note: Injection molding requires upfront tooling investment but offers long-term savings.
4. Why Choose Us?
High Quality: ISO-certified processes with strict QA/QC checks.
Fast Turnaround: 3–5 days for 3D printing; 1–2 weeks for CNC.
Cost Savings: Up to 30% cheaper than local EU/US suppliers for mid-volume orders.
Dedicated Support: 24/7 communication via email/WhatsApp for urgent requests.
5. Next Steps
To receive a customized quote, please share:
CAD files (STEP/IGES format)
Material/process preferences
Required quantity and deadline
We look forward to supporting your innovation with high-quality prototype serivces, competitively priced prototypes!
