The control system of high-speed cam indexing gearbox usually adopts the following control methods: PLC control flexibility and universality: PLC (Programmable Logic Controller) is a commonly used control method, which has high flexibility and universality. It is possible to accurately control the operating parameters of high-speed dividers, such as indexing speed, indexing accuracy, start stop time, etc., by writing programs according to different production processes and requirements.

Stability and reliability: PLC has strong anti-interference ability and can work stably in harsh industrial environments. It adopts a cyclic scanning working mode to sample and process the input signal in real time, ensuring the control accuracy and stability of the high-speed indexing rotary table.
Communication and networking functions: PLCs usually have multiple communication interfaces, which can facilitate communication and networking with other devices. If connected to the upper computer monitoring system to achieve remote monitoring and data transmission; Collaborate with other equipment on the production line to achieve automated control of the entire production process.
Cam controller control
Simple mechanical structure: The cam controller is a control method based on the mechanical cam mechanism, which controls the movement of the cam indexer through the contour curve of the cam. Its mechanical structure is relatively simple, with high reliability, suitable for situations where control accuracy is not particularly high but high reliability is required.
Fixed motion law: Once the contour curve of the cam is determined, the motion law of the indexing device is also fixed. The advantages of this control method are stable motion and good repeatability, but the disadvantage is poor flexibility and difficulty in adjusting according to different production needs.
Low cost: Compared to complex control systems such as PLCs, cam controllers have lower costs and relatively simple maintenance. For some small businesses or simple production processes, using a cam controller to control a high-speed cam indexing rotary table can reduce equipment costs and maintenance difficulties.
Numerical Control System Control
High precision control: Numerical control systems usually have high control accuracy and resolution, which can accurately control the motion trajectory and speed of high-speed dividers. It adopts digital signal processing technology to accurately calculate and process input instructions, achieving high-precision control of the indexing gearbox.
Complex motion control: Numerical control systems can achieve complex motion control functions, such as multi axis linkage, interpolation operations, etc. This enables high-speed dividers to perform complex movements in different planes and spaces, meeting some special production process requirements.
Intelligence and automation: Modern CNC systems typically have intelligent and automated functions, such as automatic diagnosis, automatic compensation, adaptive control, etc. These functions can improve the efficiency and reliability of high-speed indexing tables, reduce manual intervention, and achieve automation and intelligence in the production process.