Amit Electricals manufacture, exporter and supplier of cycloidal speed reducers. industry experience in this field enabled us to provide a wide range of Cycloidal speed reducers to our reputed clients. The offered Cyclo Gear motors are widely applicable and demanded. Cycloidal speed reducer is Combination of Cyclo Gear and Motor. Amit electrical has excellent technological strengths and production facilities. Cycloidal reducers working principal is simple. The input shaft is mounted eccentrically to bearing causing the cycloidal disc to move in a circle. Cycloidal reducers disc will independently rotate around the bearing as it is pushed against the ring gear. The number of pins on the ring gear is larger than the number of pins on the cycloidal disc. It need to accurate machining. This causes the cycloidal disc to rotate around the bearing faster than the input shaft is moving it around, giving an overall rotation in the direction opposing the rotation of the input shaft. The cycloidal disc has holes that are slightly larger than the output roller pins that go inside them. The output pins will move around in the holes to achieve steady rotation of the output shaft from the wobbling movement of the cycloidal disc.

Amit Electricals manufacture, exporter and supplier of cycloidal speed reducers. industry experience in this field enabled us to provide a wide range of Cycloidal speed reducers to our reputed clients. The offered Cyclo Gear motors are widely applicable and demanded. Cycloidal speed reducer is Combination of Cyclo Gear and Motor. Amit electrical has excellent technological strengths and production facilities. Cycloidal reducers working principal is simple. The input shaft is mounted eccentrically to bearing causing the cycloidal disc to move in a circle. Cycloidal reducers disc will independently rotate around the bearing as it is pushed against the ring gear. The number of pins on the ring gear is larger than the number of pins on the cycloidal disc. It need to accurate machining. This causes the cycloidal disc to rotate around the bearing faster than the input shaft is moving it around, giving an overall rotation in the direction opposing the rotation of the input shaft. The cycloidal disc has holes that are slightly larger than the output roller pins that go inside them. The output pins will move around in the holes to achieve steady rotation of the output shaft from the wobbling movement of the cycloidal disc.