Overhead Stirrers

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (1 per EA )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (1 per EA )

Fisherbrand™ Yamato™ Accessories for Yamato Digital Laboratory Stirrers Closed System Vacuum Adapter For use with all Yamato Digital Laboratory Stirrers and all Fisher StedFast™ models. Maintains a vacuum of 7MPa (0.05 torr) without excessive friction Ad (1 per EA )

Low Noise and Maintenance-free Loaded with Digital Revolution Meter and Torque Monitor Direct-drive Motor can reduce the noise and doesn’t require the maintenance for gear. Revolution Feed-back Control Function can maintain the setting rate despite the ch (3 per PK )

Digital Laboratory Stirrer Features DC brushless motor considered superior in safety as there are no brushes to cause sparks and no brush replacement required Direct-drive system reduces noise and require low maintenance Achieves high torque enabling sti (1 per EA )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (1 per EA )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (3 per PK )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (1 per EA )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (1 per EA )

Low Noise and Maintenance-free Loaded with Digital Revolution Meter and Torque Monitor Direct-drive Motor can reduce the noise and doesn’t require the maintenance for gear. Revolution Feed-back Control Function can maintain the setting rate despite the ch (1 per EA )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (1 per EA )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (1 per EA )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (1 per EA )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (1 per EA )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (3 per PK )

With Yamato stirrers, there is no loss of rotation speed as viscosity builds. Unlike conventional stirrers, the powerful DC brushless motor and feedback control circuit of the laboratory stirrers maintain constant speed from no load up to a maximum torque (1 per EA )