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The concepts of cycloidal gears are used in cycloidal gearboxes to produce high gear ratios with exceptional torsional stiffness, outstanding shock load capacity, steady backlash during the gearbox’s lifetime, and low wear.
Cycoidal gearboxes come in a variety of forms, but the essential principle is that an input shaft is eccentrically affixed to a drive member or bearing, which drives an eccentrically moving cycloidal disc.
The lobes of the cycloidal disc behave like teeth and engage with pins on a stationary ring gear as the disc rotates. Roller pins protrude through the cycloidal disc, and these pins connect to an output disc, which transfers motion to an output shaft.
The Global Robotic Cycloidal Gearbox Market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2027, registering a CAGR of XX% from 2022 to 2027.
The new GCL cycloidal gearboxes have been released by GAM. For horizontal and vertical robotic and motion control applications, the new gearboxes provide excellent precision and rigidity.
With impact resistance five times nominal torque, the GCL is designed to handle the frequent start-stop impact loads of industrial robots and other motion control applications.
The Neco series features cutting-edge yet cost-effective transmission options with modular design and all-around corrosion protection. Neco cycloidal gear units may be customised to suit all popular servomotors, making installation simple and quick.
Neco precision cycloidal gears with a solid shaft fulfil clients’ individual needs by setting new benchmarks in design, efficiency, and adaptability.
Furthermore, because the drive pinion alignment is no longer required, the motor installation effort is greatly decreased. Uncomplicated adaption is ensured by a flexible system with modular bushings and flanges.
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