The pitch is extremely small, and the tooth profile is ultra-concave. It is suitable for ultra-light-load high-speed transmission in micro-motors, precision instruments, 3C electronic device modules, etc. The operating noise is extremely low and the vibration is minimal.

Medium pitch design, with high flexibility, can meet the continuous transmission requirements for light to medium loads such as spindle drive in textile machinery and paper feeding mechanisms in printing equipment.

The pitch is slightly larger than MXL. It strikes a balance between compactness and load-bearing capacity, and is suitable for light-load transmission scenarios such as small-scale automated assembly lines and household appliance gearboxes.

The heavy-duty flagship model of the British standard straight gear series can withstand large torque output and is suitable for heavy-duty transmission scenarios such as auxiliary transmission of large-scale mining equipment and feed systems of heavy industrial machinery.

Heavy-duty small-sized model, with outstanding torque resistance capability, suitable for heavy-duty packaging machinery, industrial conveyor line drive units, etc., for short-term heavy-load transmission requirements.

The pitch is increased, and the tooth strength is enhanced. It is suitable for medium-load transmission scenarios such as drive for CNC machine tools and power transmission of small reducers.

The rubber imperial straight-tooth synchronous belt offers a wide range of specifications, which can be matched with different types of imperial pulleys. It is suitable for various scenarios such as spindle transmission in textile machinery, paper feeding mechanisms in printing equipment, and power transmission for small motors.

The tooth profile of this synchronous belt perfectly conforms to the British standard for transmission. The tooth outline is clear and regular, and it meshes tightly with British synchronous pulleys. During operation, it can achieve zero slip transmission and precisely transfer power and speed.

The body is made of high-quality neoprene rubber or nitrile rubber, featuring excellent wear resistance, oil resistance and anti-aging properties. It can withstand the friction losses caused by long-term meshing transmission, reducing the risks of tooth surface wear and tooth loss.