Overhead Stirrers

Impellers made of stainless steel (8592H39 through H48) or glass-filled propylene (8592H36) Autoclavable 8592H36 Lower Assembly/Shaft and Impeller shaft length x diameter: 13-1/2&quot x 3/8&quot impeller diameter: 4&quot. 8592H39 Lower Assembly

Impellers made of stainless steel (8592H39 through H48) or glass-filled propylene (8592H36) Autoclavable 8592H36 Lower Assembly/Shaft and Impeller shaft length x diameter: 13-1/2&quot x 3/8&quot impeller diameter: 4&quot. 8592H39 Lower Assembly

Impellers made of stainless steel (8592H39 through H48) or glass-filled propylene (8592H36) Autoclavable 8592H36 Lower Assembly/Shaft and Impeller shaft length x diameter: 13-1/2&quot x 3/8&quot impeller diameter: 4&quot. 8592H39 Lower Assembly

Impellers made of stainless steel (8592H39 through H48) or glass-filled propylene (8592H36) Autoclavable 8592H36 Lower Assembly/Shaft and Impeller shaft length x diameter: 13-1/2&quot x 3/8&quot impeller diameter: 4&quot. 8592H39 Lower Assembly

Rotating ball joint seal gives vacuum-tight connection good into the micron range. Ultimate vacuum is determined primarily by the tightness of the vinyl tubing connector which fastens the unground shaft to the ball member.

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

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

The LS is suitable for use with low/medium viscosity liquids. The technopolymer structure ensures optimum chemical resistance and enhanced handling, preventing any possible rust and being extremely light.

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

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

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

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