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We customize carbon fiber parts and Metal CNC machining parts for FPV drone frame and Sim racing, and medical equipment.

Carbon Fiber Customization Cost Analysis – Budgeting for Small Batch vs Mass Production​​

How to Optimize Your Project Budget Without Compromising Carbon Fiber Quality
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Carbon Fiber Customization Cost Analysis – Budgeting for Small Batch vs Mass Production​​

1. Cost Composition (Typical Project)​

Cost Factor

Small Batch (1-10pcs)

Mass Production (100+pcs)

Material (T700)

40% of total

25% of total

CNC Programming

15%

3% (amortized)

Labor (Post-Processing)

25%

12%

Tooling/Waste

20%

10%

2. 3 Cost-Saving Strategies​

​A. Design Optimization​

•​​Unidirectional Layups​​ reduce material waste by 18% vs cross-weave
•​​Standardized Thickness​​ (e.g., 2mm/3mm) avoids custom tooling fees

​B. Material Selection​

•​​T300 vs T800​​: Save $120/kg for non-structural parts
Recycled Carbon Fiber​​: 30% cost reduction for prototypes

​C. Order Planning​

Nesting Multiple Parts​​ on single sheet cuts machining time by 35%
•​​Batch Processing​​ discounts apply at 50+ units

​3. Case Study: Automotive Sensor Housing​

▸ ​​Prototype Phase​​ (5pcs): $280/unit

•Cost drivers: Custom mold ($1,200 one-time) + hand finishing

▸ ​​Production Phase​​ (200pcs): $89/unit

•Savings: Automated trimming + bulk material purchase

​4. When to Choose Small Batch?​

✓ Functional testing ✓ Market validation ✓ Premium products <100 units/yr

​Request Custom Quote:​

[Click to Inquire: Get an Instant Cost Estimate]

Email: mycfctek@gmail.com 

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Precision Carbon Fiber Customization for Robotics & Industrial Applications​​
Why Carbon Fiber Outperforms Metal in Precision Machine Components​​
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