In stirring devices, the viscosity of the material often changes during operation, and it was necessary to maintain a stable rotation speed according to the stirring conditions.

However, conventional drive systems used a combination of a typical motor and a gearbox, which made them susceptible to load fluctuations and prone to unstable rotational speeds.

Furthermore, there are situations where it is necessary to switch operating conditions depending on the type of material being stirred and the process, so there has been a growing need for a drive unit that can be flexibly controlled.

By adopting DCBL Hypoid Motor, the rotation speed can now be stably controlled even in stirring processes where the load changes.

The high-precision speed control performance of DCBL Hypoid Motor ensures uniform stirring even when the material's state changes.

Furthermore, the tenacious torque characteristics provided by the hypoid gearhead enable stable operation even under heavy load conditions.

Switching between operating modes has also become easier, enabling flexible operation tailored to the material being stirred and the process.