Synchronous belt is a commonly used drive and conveying device in mechanical transmission systems. Its characteristic is that it transfers power through the engagement of the teeth on the belt with the gears, allowing for precise synchronous movement. Unlike traditional flat belts or V-belts, the timing belt is less prone to slippage, making it especially suitable for applications requiring high precision and stability.

Synchronous belt offers many advantages, with the first being its precise transmission performance, ensuring synchronized operation between the driven equipment and preventing the common issue of belt slippage. Additionally, timing belts perform excellently under high loads, high speeds, and long-term operation, exhibiting strong durability and the ability to function steadily over time. The timing belt also effectively reduces transmission noise, making it suitable for applications that require low noise levels.

Synchronous belt are widely used in automotive, industrial automation, machinery, food processing, and other fields. They are used not only in drive systems but also in synchronized movements and timing devices. Due to their high reliability and long service life, timing belts are extensively used in precision and high-efficiency transmission requirements.