Miniature Drive Shafts for Aerospace and Robotics
Precision miniature drive shafts designed for aerospace and robotics, offering lightweight, high-strength solutions for compact, high-performance systems.
Product Description
Miniature drive shafts engineered for space-constrained aerospace and robotics applications, where weight reduction and high torque transmission are critical.
Utilizing advanced CNC turning and micro-milling, these shafts achieve exceptional concentricity and balance for high-speed rotation.
Materials include aerospace-grade titanium, aluminum, and high-strength alloys, ensuring optimal strength-to-weight ratio and corrosion resistance.
Available with custom end connections such as splines, keyways, and threads to fit diverse drive systems.
Each shaft undergoes dynamic balancing and ultrasonic flaw detection to guarantee reliability in mission-critical environments.
Surface treatments like hard anodizing and passivation extend service life in harsh conditions.
Ideal for UAVs, robotic arms, satellites, and precision actuators requiring compact, lightweight, and durable drive solutions.
Technical Specifications
| Parameter | Details |
|---|---|
| Standards | ISO 9001, Aerospace standards, Custom specs |
| Material | Titanium (Grade 5), Aluminum (7075-T6), High-strength alloys |
| Production Capacity | 15,000 pieces/month |
| Diameter | 2mm–20mm; Length: 10mm–500mm |
| Concentricity | ≤0.003mm; Balance: G2.5 at 30,000rpm |
| Surface | Hard anodized, passivated, or custom |
| Testing | Ultrasonic flaw detection, dynamic balancing |
Frequently Asked Questions
What makes these shafts suitable for aerospace and robotics?
Can you provide custom end connections?
How do you ensure reliability in critical applications?
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