The JZO vibration motor is an excitation source that integrates the power source and vibration source into one unit. The horizontal vibration motor is equipped with adjustable eccentric blocks at both ends of the rotor shaft, generating excitation force through the centrifugal force produced by the high-speed rotation of the shaft and eccentric blocks. The JZO vibration motor offers advantages such as high utilization of excitation force, low energy consumption, low noise, long service life, stepless adjustment of excitation force, and ease of use. It can be applied to various vibration machinery, including vibrating crushers, vibrating screens, vibrating packers, vibrating shakeout machines, vibrating molding machines, vibrating pile drivers, vibrating elevators, vibrating filling machines, and vibration anti-arching and anti-clogging devices for silos. It is widely used in industries such as hydropower construction, thermal power generation, construction, building materials, chemical engineering, mining, coal, metallurgy, and light industry. In addition to general vibration machinery, the vibration motor can also be combined to form various vibration modes, such as planar rotation, vortex oscillation, rocking vibration, combined linear motion, combined long elliptical motion, composite dual-frequency, and composite dual-amplitude modes. These vibration modes can create new types of vibration machinery that were previously unavailable.

Features of the JZO Vibration Motor:

① Appropriate matching of excitation force and output; large excitation force; high structural strength; low noise.

② Vibration frequency and amplitude can be selected according to different applications.

③ Fully enclosed structure, suitable for operation in dusty environments without explosion-proof requirements.

④ The direction of excitation force can be changed based on the installation method of the vibration motor.

⑤ The excitation force can be adjusted steplessly by simply changing the angle of the eccentric blocks.

⑥ Easy maintenance.