Quality control in high-volume manufacturing environments requires inspection systems that balance rapid throughput with micron-level precision. The Werth EasyScope MultiSensor addresses this challenge as an intelligent 3D coordinate measuring system optimized for efficient production monitoring.

Engineered with a rigid granite base and precision mechanical guideways, this compact platform utilizes a comparator-principle design to deliver stable, repeatable measurements on the plant floor or inside a laboratory, isolating the process from ambient factory vibrations.
Optical performance is anchored by Werth's contour image processing technology and a focus variation method. The system integrates a maintenance-free, telecentric SolidState Zoom system that allows users to adjust magnification up to 27x instantly. This configuration eliminates the traditional time loss associated with mechanical zoom adjustments while maintaining uniform resolution across all magnification scales.
Combined with a dynamic field-of-view expansion reaching 40 by 30 millimeters, the machine captures extensive geometric data in a single view, significantly accelerating cycle times for sensitive surfaces and complex, miniature geometries.
To accommodate diverse material substrates, the system offers versatile illumination strategies. Technicians can deploy transmitted light, brightfield illumination, or adjustable multi-segment darkfield lighting to isolate high-contrast part boundaries.

Workflows are further streamlined through automated software features like AutoWindow positioning and AutoElement recognition, which identify part edges and features to minimize operator error. Fully programmable CNC routines archive lighting, magnification, and tracking parameters for automated execution. Operating on the WinWerth software platform, the ecosystem supports CAD-guided programming and generates comprehensive graphical and tabular reports, giving manufacturers an accessible, cost-effective tool to minimize inspection bottlenecks.
Want more information? Click below.