Cycloidal Speed Reducer for Centrifuge
  • Cycloidal Speed Reducer for Centrifuge
  • Cycloidal Speed Reducer for Centrifuge
  • Cycloidal Speed Reducer for Centrifuge
  • Cycloidal Speed Reducer for Centrifuge

    • Cycloidal Speed Reducer for Centrifuge

    Industrial cycloidal drives providing stable torque and vibration resistance for continuous operation of centrifuge system

    Cycloidal reducers for centrifuges are designed to keep these machines running smoothly and safely during continuous operation. They work by using a set of rotating pins and a ring gear to slow down the motor speed while increasing torque. This allows the centrifuge to spin evenly without vibration, even when handling heavy loads. The gear reducers’ design ensures smooth power delivery and resists impact and imbalance often seen in centrifuge operation. Their compact and simple design allows easy installation and maintenance, and they perform reliably in continuous industrial operations.

    Request a Quote
    Main Features
    • Compact round design that ensures smooth operation and easy integration into centrifuge systems
    • Single-stage reduction ratios ranging from 6:1 to 87:1, providing precise control and stable performance
    • High resistance to overload and vibration, ensuring reliable operation even under demanding working conditions
    • Maximum output torque between 30000 and 40000 Nm, suitable for heavy-duty applications
    • Custom configurations available for centrifuge use, with torque capacity exceeding 40,000 Nm.
    Applications
    • Screw conveyors used in solid material transport for centrifuge systems
    • Oil and solid separation in processes such as oil drilling, refining, and dewatering
    • Pharmaceutical production lines
    • Industrial and biological wastewater treatment
    • Precious metal recovery and recycling
    • Food processing industries, including olive oil, wine, and juice production
    • Chemical processing plants
    Need Reliable Drive Solutions for Your Application?

    Talk to our experts and find the gearbox or speed reducer that fits your system

    Why Us

    Transcyko specializes in the design and manufacturing of industrial gearboxes and speed reducers. With over 40 years of gearbox manufacturing expertise, we deliver precision drive solutions for plastics, rubber, chemical, metallurgy, automation, and energy industries. Our 40,000m² manufacturing facilities in Nanjing and Taiwan support large-scale production of up to 60,000 high-precision gear reducers annually.

    • Why UsOver 40 years of experience in gearbox manufacturing
    • Why UsClose cooperation with the Industrial Technology Research Institute (ITRI)
    • Why UsAdvanced machining and testing equipment from Germany and Japan
    • Why UsCertified to ISO 9001, ISO 14001, ISO 45001 and ISO 50001 standards
    • Why UsLong-term cooperation with global distributors

    Cycloidal speed reducers can be installed in several ways depending on the layout and application requirements. The most common options include:

    • Foot-mounted installation, used for stable, horizontal setups
    • Flange-mounted installation, ideal for vertical mounting or compact spaces
    • Torque arm installation, designed to absorb reaction forces during operation
    • Shovel base installation, to ensure stable support and convenient positioning for maintenance or adjustment

    A cycloidal speed reducer works by turning high-speed motor rotation into slower, stronger motion. Inside the reducer, the input shaft is connected to an eccentric bearing that makes the cycloidal disc move in a circular, wobbling motion.
    The lobes on the disc roll against pins inside the housing instead of sliding like in traditional gears. This rolling contact transfers motion smoothly and reduces friction and wear. Since the number of lobes on the cycloidal disc is slightly different from the number of pins, each full rotation of the input shaft makes the disc shift slightly in the opposite direction. This small difference between the two creates the speed reduction effect. As a result, the output shaft rotates more slowly but with much greater torque, providing the strong, steady power needed to handle heavy loads efficiently.