The miniaturized Galaxie^® extremely high torsional rigidity and higher dampening mean medical robots can perform surgical procedures much more precisely. Thanks to the higher machining precision, the quality of industrial products can likewise be increased. Absolute zero backlash likewise enables more precision in the application, e. g. when moving robot axes. 

The miniaturized Galaxie^® extremely high torsional rigidity and high torque density mean you can downsize the drive train or upgrade the application without any increase in footprint. The large hollow shaft can be used very efficiently, e. g. for wiring or for integrating media and / or components. The high torque density simultaneously permits the weight of the drive train to be reduced.

The miniaturized Galaxie^® extremely high torsional rigidity provides crucial safety reserves in case of overload. For example, there are no consequences if the surgeon accidentally touches the surgical robot’s arm. Media can be supplied through the large hollow shaft without any problem – and downtime due to broken or pinched cables is reduced to a minimum. The high torque density can serve as a safety buffer.

The miniaturized Galaxie^® can be installed quickly and easily in a variety of applications, and with the large hollow shaft the wiring is child’s play. Other features such as camera systems requiring extra wiring are thus very simple to integrate. The footprint is compatible with standard strain wave form (Harmonic Drive) gearboxes – an immense advantage.

The miniaturized Galaxie^® extremely high torsional rigidity allows higher acceleration rates and reduces vibration in the system. You also profit from faster and, above all, more accurate positioning because there is less oscillation time. The large hollow shaft minimizes cable breakage – the cause of more than 90% of all robot downtime.