The intermittent divider utilizes a gear-driven mechanism. What are the benefits of using a gear-driven method for intermittent dividers? As a manufacturer of intermittent dividers, let's learn together about these advantages!

The intermittent separator features a gear transmission method, with a right-angle gearbox directly connected to the rotating motor. During gear engagement, there is a gap between the gear teeth, known as backlash, which is designed to allow gears to withstand vibration without affecting their mating gears. As the transmission accelerates, the backlash increases; conversely, it decreases during deceleration. The backlash of the separator gears can have adverse effects on the system, impacting the accuracy of the output shaft. When parts are subjected to precision machining, the backlash in the transmission system reveals its inherent lack of accuracy.

By eliminating components such as drive belts and indexing boxes, the direct-drive structural design fundamentally alters the original configuration of the rotating motor with lead screws. This eliminates the gaps, flexibility of the indexing box, and related issues caused by mechanical transmission. It boasts high rigidity, maintenance-free operation, no need for lubrication, high positioning accuracy, smooth speed, and low noise. The intermittent divider significantly enhances the equipment's production efficiency and reliability.