Since the early 1990s, our robust and compact entry-level devices from the ScopeCheck® series and the highly accurate VideoCheck® series have been continuously developed. Now the new VideoCheck® S MZ offers even greater flexibility with up to three independent sensor axes and a new rotary/tilt axis. For example, opposing bores can be measured in the identical coordinate measuring system without reclamping.
The compact ScopeCheck® S series is the perfect introduction to 3D CNC multi-sensor systems. The rigid granite construction with protected components and temperature compensation enables economical measurements in the production environment. The potential of highly accurate sensors can be fully exploited with the machines in the Werth VideoCheck® S series, which have a similar measuring range. Werth probably offers the largest selection of sensors for an economical solution to many measuring tasks with just one machine. This includes unique sensors such as the patented Werth Fiber Probe® 3D. With the new VideoCheck® MZ, the proven multi-ram concept with up to three independent sensor axes is also available in this machine class. This enables maximum flexibility when using multi-sensor systems. As a result, the accessibility of the workpiece geometries and the measuring range are not unnecessarily restricted.
Complex workpieces can be fully measured using rotary/tilt axes. A new rotary-tilt unit in a cost-effective and compact design is now available for small machines. The new axis is ideal for the production environment and can be installed in any orientation on the measuring machine. It can be qualified automatically, after which the position and circular run-out radial are corrected in the background by the WinWerth® measurement software for each measurement. The rotary/tilt axis is also suitable for heavier workpieces, such as valve blocks and housings. With a rotary-tilt unit, almost all geometric elements can be made accessible for each sensor and measured in the same workpiece coordinate system. This also enables the measurement of details such as opposing bores and undercuts.