Werth has further improved the accuracy of its computed tomography and multi-sensor coordinate measuring machines. The new TomoScope® S Plus 240 impresses with double the measuring volume, the VideoCheck® UA with a unique specification and the new VideoCheck® S with up to three independent Z-axes for perfect integration of multi-sensor systems.
The new TomoScope® S Plus measuring systems have more than twice the measuring volume of their predecessor with almost the same size. With the unique specifications of MPE for E of (4 + L/75) µm and MPE for SD of (2.5 + L/100) µm, the series also offers what is surely the highest accuracy in its machine class. The modular instrument system has been expanded; the TomoScope® S can now also be equipped with large detectors, for example. In addition, new operating modes such as Laminography and eccentric tomography scan “OnTheFly” are available for the TomoScope® S series. Probably the world’s first sub-microfocus source in monoblock design can be used for all Werth CT machines. Longlife components enable high-resolution measurements with high availability and low maintenance costs.
The VideoCheck® UA is the world’s most accurate multi-sensor coordinate measuring machine. With such a machine, the potential of highly accurate sensors can be fully exploited. In the new accuracy-optimized design, the MPE for the UA has been reduced to (0.15 + L/2000) µm (option). The new machines feature improved decoupling of ambient vibrations, improved long-term temperature stability and improved measurement uncertainty for multi-sensor systems.
See VideoCheck® UA product page
The proven multi-ram concept for maximum flexibility when using multi-sensor systems is now also available for VideoCheck® S machines with smaller measuring ranges. The independent sensor axes enable fast measurements without time-consuming sensor changes. As the axes with the non-active sensors are outside the measuring range, the risk of collision is minimal. The new, multi-sensor capable WRT rotary/tilt head allows fast, stepless positioning of sensors. The eccentric measuring head mount makes it possible to use rotary/tilt heads on small base units.
