The Synchronous Belt, Also Known as the Timing Belt (S3M), is a high-performance power transmission solution designed for precision, durability, and efficiency. Engineered with 3 mm pitch teeth (S3M standard), this belt ensures smooth, synchronous motion without slippage, making it ideal for applications that require exact positioning and consistent speed control.
Manufactured from premium-quality synthetic rubber and reinforced with fiberglass/aramid cords, the S3M timing belt offers excellent resistance to wear, stretching, and fatigue. Its tooth profile is specially designed for accurate meshing with timing pulleys, which minimizes vibration and reduces noise during operation.
This belt is widely used in industrial machinery, office automation equipment, 3D printers, robotics, textile machines, packaging systems, and small power transmission devices. It provides superior performance compared to conventional V-belts or flat belts, thanks to its ability to transmit torque with high efficiency while maintaining precise synchronization.
Key Features
- S3M Pitch Standard: 3 mm pitch with trapezoidal tooth profile for accurate synchronous transmission
- High Strength: Reinforced cords provide excellent tensile strength and prevent elongation
- Durability: Resistant to wear, abrasion, and fatigue for extended service life
- Low Noise & Vibration: Smooth engagement with pulleys ensures quiet operation
- Slip-Free Performance: Maintains precise positioning without backlash or loss of motion
- Wide Application Range: Suitable for robotics, office equipment, textile machinery, medical devices, and other precision systems
Technical Specifications
- Pitch: 3 mm (S3M)
- Material: Neoprene rubber / Polyurethane with fiberglass or aramid cord reinforcement
- Tooth Profile: Trapezoidal (S3M Standard)
- Temperature Resistance: Typically –20°C to +80°C (depending on material)
- Applications: Power transmission, synchronous driving, indexing, and positioning systems
Why Choose the S3M Timing Belt?
The S3M synchronous timing belt is the perfect choice when accuracy, efficiency, and reliability are critical. Unlike conventional belts, it delivers precise power transmission without slippage, making it a crucial component for industries where timing and synchronization are paramount.