Balancers for driveshafts

Ability to balance in four correction planes at the same time Accurate and efficient Intuitive and easy to operate software Reinforced external pedestals designed to withstand high axial loads on the splined connector The middle pedestals of the machine are specially designed to accept the support bearings of a drive shaft, without needing to disassemble them The right pedestal can move horizontally on the bed while the upper part of the right pedestal can move in 50mm steps—this is designed to connect the shaft’s disc to the pedestal’s disc Balancing speeds up to 5000 rpm Protective mechanisms that prevent the drive shaft from falling out of the machine Angle indexing display in switch-off mode Balancing reports are saved in database for later use Software converts correction mass into exact length of the correction strips CMT- 180DS Optima – 180 kg CMT- 250DS Serwis– 250 kg CMT- 400DS Serwis – 400 kg CMT- 250DS– 250 kg CMT- 400DS– 400 kg CMT- 2000DS– 2000 kg Ability to balance in four correction planes at the same time Accurate and efficient Intuitive and easy to operate software Reinforced external pedestals designed to withstand high axial loads on the splined connector The middle pedestals of the machine are specially designed to accept the support bearings of a drive shaft, without needing to disassemble them The right pedestal can move horizontally on the bed while the upper part of the right pedestal can move in 50mm steps—this is designed to connect the shaft’s disc to the pedestal’s disc Balancing speeds up to 5000 rpm Protective mechanisms that prevent the drive shaft from falling out of the machine Angle indexing display in switch-off mode Balancing reports are saved in database for later use Software converts correction mass into exact length of the correction strips CMT- 180DS Optima – 180 kg CMT- 250DS Serwis– 250 kg CMT- 400DS Serwis – 400 kg CMT- 250DS– 250 kg CMT- 400DS– 400 kg CMT- 2000DS– 2000 kg