The CGX Gearbox Technology is a key enabler that open new doors in actuation.

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Why the CGX Gearbox Technology

The CGX gearbox technology has truly unique fundamental advantages which allows to provide all the benefits of strain wave gearing, while delivering a significantly higher efficiency. This unique value proposition is the key enabler for pushing the limits of actuation and enable new applications.

In addition to the highlighted key applications, any application requiring a compact, energy efficient, cost effective, high torque and relatively low shaft speed motion solution can benefit from the CGX gearbox technology, such as all robotics and automation, heavy equipment, agricultural machines, aerospace, transport, energy.

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What the CGX Gearbox Technology Delivers

The CGX gearbox technology delivers both on basic performance aspects, the ones widely available in high performance reducers such as strain wave gears, as well as on advanced performance aspects which are less common yet highly beneficial for most applications.

In addition, truly unique performances without compromise with the other performance aspects is the reason that makes the CGX gearbox technology the enabler to rethink from the ground-up our vision on actuation.

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How the CGX Gearbox Technology Works

Triggered by the identification of a breach in prior gear theory, the CGX technology relies on a new theoretical background for external-internal gear pairs with a small difference in their teeth number. Paired with the proper kinematic configuration, it gives the CGX technology an unseen level of performances, both with metal and plastic gears!

With this special construction, all gear interfaces are subject to negligible sliding and both very low contact surface pressure and  tooth root stress. Very advantageous working conditions applies to the shaft bearings as well.

In addition to all of the above, the CGX parts are easy to manufacture and simple to assemble, which make the CGX technology the perfect candidate for higher performance actuation at lower cost.