CMS - High Speed 5-Axis CNC Machining Centers | Ethos

PRECISION LIKE NEVER BEFORE
Thanks to Aero-Design technology, the frames of the machining centre boast structural rigidity up to 23% higher than the average in its category, with a high capacity of vibration absorption. In addition, recirculating roller guides and zero backlash kinematics allow the achievement of unprecedented accuracies on such types of machining centers. The combination with state-of-the-art acceleration and speed ensures, as a result, the perfect balance between precision and speed for the most demanding productions such as automotive and aerospace.

POWER AND CONTROL
ethos can be fitted with an innovative 5-axis operating unit equipped with torque motors on the rotating axes; this technology allows direct coupling between the motors and the axes, eliminating all the transmission components and therefore all inaccuracies and mechanical wear; the torque motors can also reach accelerations and speeds up to 5 times higher than traditional solutions while ensuring 41% higher precision

BETTER AND FASTER
High operating power, geometric precision and reliability even in the most complex machining operations lead to a single result: producing better workpieces more quickly. Ethos has been designed to adapt to your manufacturing reality and make it even more efficient and competitive.

UHF: CMS UNIVERSAL SYSTEM FOR AUTOMATIC WORKPIECE CLAMPING * (*PATENTED)
As a rule, the problem of fixing complex workpieces is solved by means of dedicated equipment for each single workpiece; therefore, the solution is expensive both in terms of realization and logistics (storage and handling) but above all it is not efficient for productions with single lots or very small batches as it often occurs in aerospace. CMS has developed a universal and automatic clamping system, capable of reconfiguring itself in a few seconds to adapt to the (sometimes) extremely complex shapes of each new workpiece. Zero downtime: a revolution in the effeciency and management of production.