High-speed cutter dividers are becoming increasingly popular as a fast machinery for dividing products into multiple identical portions. Each model of high-speed cutter divider has its own torque load limit, and the torque load can be calculated using a formula. Selecting the appropriate model can significantly enhance production efficiency and consistency.

The installation of input and output shafts involves various methods of fixation, including fixed wrenches, set pins, and fixed flanges. If set pins are used, attention should be given to any gaps between the pins. If the input shaft cannot rotate smoothly, the torque may exceed its capacity, causing the machine to vibrate and produce noise, and ultimately leading to failure.

The main two categories of high-speed dividers: Cam-shaped high-speed dividers. The cam-shaped high-speed divider is a transmission device where the cam-shaped conjugate cam on the input shaft vertically engages with the indexing wheel on the output shaft without any gap. The curved segments of the cam-shaped cam profile drive the indexing wheel to rotate.

The straight line segment causes the indexing wheel to stop and lock in place. This mechanism converts continuous input motion into intermittent output motion. The planar cam high-speed splitter is a transmission device where the planar conjugate cam on the input shaft is meshed with the indexing wheel on the output shaft without any gap in parallel alignment.