When it comes to the optimum drive for servo controlled machines, cymex® has been established as the ultimate solution for more than a decade. Experienced professionals and occasional users alike set great store by the application's ability to design a complete drive train quickly and amazingly reliably in a matter of seconds. cymex® provides the key. cymex® lets you size and evaluate complete drive trains (application + motor + gearhead) incredibly easily. Its highly precise calculations are enormously simplified by predefined standard applications such as belt, tape, spindle, rotary table and rack & pinion drives. By considering all important influencing factors and customer-specific parameters, it assures a reliable and efficient design and an optimal drive system. cymex® 3.2 - A smart application that exceeds the scope of our catalogue. Unwilling to change the winning cymex® concept, WITTENSTEIN developers have nevertheless discovered a way to propel the sizing process to a completely new dimension: cymex® 3.2! With well over a million gearheads sold to date, extensive experience in the field of system simulation, FEM calculations and sensor technology as well as testing facilities for one hundred percent quality controls, we can draw on a vast stock of infinitely valuable knowledge! This rich and detailed know-how underlies cymex® 3.2's claim to offer customers up to 40% better performance. The application is by no means restricted to the narrow value ranges specified in the product catalogues. On the contrary, it leverages the full power of the Group's empirical experience - meanwhile spanning several successful decades - to further increase customer gearhead loads with an "extended design space". The logical outcome: increased design safety, improved power yield, smaller gearheads and lower costs! The extended design space is indicated in the WITTENSTEIN alpha catalogue by the T2Cymex value. Don't just take our word for it - see for yourself! cymex® 3.1 features at a glance cymex®  3.2  with new, user friendly interface