Astronomical optical reflector telescopes are the primary tool for observing celestial bodies and capturing information. At present, humans have telescopes in the electromagnetic wave band, neutrinos, gravitational waves, and cosmic rays. However, from the optical band to the full band, celestial observation power is getting stronger and stronger, and more and more astronomical data can be captured on the ground from space.
The high-precision properties of the strain wave gear harmonic reducers can assist the telescope in accurately tracking celestial bodies' movement. The harmonic reducer device must have ultra-high precision, high-speed ratio, small size, and low starting torque.
Leaderdrive is a leading manufacturer of precision strain wave gear harmonic reducers. Contact us for information on how our solutions can improve astronomy devices.
The LHSG high-torque hollow-shaft flexspline strain wave gear uses high-rigidity bearings and an overall strengthened design to increase the torque carrying capacity by more than 30% compared to the LHS harmonic speed reducer...
The Model Y third harmonic strain wave gear is a future-oriented new generation of harmonic drive system based on patented speed reducer technology developed by Leaderdrive. It has an exclusive brand-new structure and tooth...
Standard cup-shaped flexspline strain wave gears are composed of four parts: a flexspline, a rigid circular spline, a wave generator, and roller bearings. Generally, the circular spline end is fixed, and the flexspline end is the...
The flexspline of the LHS standard hollow-shaft flexspline strain wave gear has a hollow flanged barrel structure. A traditional key connection and cross slider coupling can be used to connect with the motor, and the wave...