DISLAB—short for Discovering Industrial Solutions Lab—is a qualified specialist and trusted supplier of premium industrial parts and tailored solutions. Our carbon fiber drive shafts deliver outstanding performance for power transmission systems, featuring low inertia and high torque for heavy‑duty industrial applications.
Key Specifications of Carbon Fiber Drive Shafts
- Material: High‑performance carbon fiber composite
- Coupling: Stainless steel / metal with independent intellectual property rights
- Max. diameter: ≤300mm
- Max. length: ≤5000mm
- Stiffness: 3N/m, deflection deformation 0.01mm/m
- Speed: Linear speed 1200m/min (customizable up to 7000r/min)
- Max. design torque: 5000N/m
- Surface roughness: 1.2μm
- Weight: Approx. 17kg, composite density 1600kg/m³
- Surface: Composite origin, no coating required
- Surface hardness: Pap 55
Features & Advantages
Our high torque carbon fiber drive shafts offer superior strength‑to‑weight ratio, reduced vibration, and excellent durability compared to traditional metal shafts. The low inertia carbon fiber drive shafts improve energy efficiency and response speed in transmission systems, while the corrosion‑resistant composite structure ensures long service life with minimal maintenance.
Equipped with flexible coupling, these carbon fiber drive shafts with flexible coupling provide stable and reliable power transmission. The composite axle head connection ensures strong, durable performance under high‑speed and high‑load conditions.
Production & Quality Control
DISLAB uses advanced filament winding and precision shaft processing equipment to manufacture custom carbon fiber drive shafts with consistent quality. Our proprietary CNC design modeling, verification, and motion programming ensure precise performance for each product. Comprehensive testing and inspection are carried out to guarantee reliability in industrial transmission applications.
Applications
Our carbon fiber drive shafts for industrial transmission are widely used in automation equipment, machinery, robotics, automotive, and high‑performance transmission systems that demand lightweight, high‑strength, and stable power delivery.
For custom specifications, technical drawings, or bulk inquiries, please contact our engineering team.