Want to measure

The Te Series incorporates a slip-ring type strain torque converter in the drive shaft, and displays and outputs the torque value after it has been amplified by the dynamic strain amplifier inside the control box. The agitating equipment can use the torque to carry out outstandingly accurate measurement of the changes in viscosity.

For the Ft Series, an automatic timer has been added to the forward/reverse rotation function of the general purpose agitator BL Series.
Using the automatic forward/reverse rotation, the agitation efficiency is greatly improved. In addition, the rotation speed and conversion torque are output as analog voltages from the output connector so that changes in viscosity can be measured using a recording meter during the agitation.

For the Ft Series, an automatic timer has been added to the forward/reverse rotation function of the general purpose agitator BL Series.
Using the automatic forward/reverse rotation, the agitation efficiency is greatly improved. In addition, the rotation speed and conversion torque are output as analog voltages from the output connector so that changes in viscosity can be measured using a recording meter during the agitation.

The R Series instruments are remote control operation models that are convenient for using inside fume hoods.
Using the external output of the rotation speed and converted torque, the agitating situation can be understood. Then depending on the agitating condition it is possible to control the rotation speed and switch the rotation direction through inputting from an external source, allowing the instrument to be used as part of an agitation system.

The BLh-R Series is a remote-controlled type agitator that allows control from an external source.
The series utilizes a high output 70W brushless motor that was developed to handle demanding agitation situations.
These strong laboratory agitators generate twice the torque of the BL-R series.
Using the external output of the rotation speed and converted torque, the agitating situation can be understood. Then depending on the agitating condition it is possible to control the rotation speed and switch the rotation direction through inputting from an external source, allowing the instrument to be used as part of an agitation system.