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Werth 3D Patch

Focus variation for 3D topography measurement

Benefits

The 3D patch is an area sensor based on the focus variation principle with automatic adaptation of the sensor parameters to the respective surface properties of the workpiece. The optical sensor enables fast 3D nominal-to-part deviation analyses of surface areas or purely dimensional evaluations. With the 3D patch, the topography of even small detailed areas can be measured optically with high lateral resolution.

Please accept "Other" in the settings to watch this video. Other benefits

An HDR function enables image stacks to be taken with different exposure times and the measurement of unevenly reflective surfaces
Intelligent software functions are available for the optimal setting of exposure times
A wide range of filter options ensures reproducible and reliable results
Calculation of control geometry elements possible through automatic segmentation

Technical Data

Optical-axial (focus variation)

Permissible probing error up to 0.25 µm

The hardware of the image processing sensor (a) camera, b) imaging optics, c) measuring object and d) incident light illumination) is used to capture images in various positions between z1 and z2 on the optical axis. Based on the contrast curve, many measurement points on the workpiece surface are determined simultaneously.

Compatible Sensor Principles

Sensor

Werth Image Processing IP

Phone	+1(860)399-2445
Email	contactus@werthinc.com

Werth 3D Patch

Focus variation for 3D topography measurement

Simple optical measurement of complex surface topographies

Other benefits

Sensor principle

Accuracy

Functionality

Further equipment for Werth 3D Patch

The universal measurement software for coordinate measuring machines with optics, probe, computed tomography and multi-sensor systems

Comprehensive service for coordinate measuring machines

Workpiece examples Werth 3D Patch