Composite Coordinate Measuring Machine

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

A new performance level for complete and accurate measurement - the Werth multi-sensor coordinate measuring machine with X-ray computed tomography can measure large high-density components.

Product Details

Werth TomoScope HV 500

The new performance level allows for complete and accurate measurements at high resolution;
Using high-resolution La Nouvelle reference to achieve a new level of performance for complete and accurate measurements.

A multi-sensor coordinate measuring machine based on the principle of computed tomography for 3D measurement. Suitable for components with L=645mm and Ø=350mm or less (using scanning tomography * *)
● Optional second sensor axis for conflict free multi-sensor operation, used for combined measurement with other sensors (probes, optical sensors)
The basic device is made of a stable hard rock structure with an integrated rotating axis
Precision linear guides for mechanical installation, with motor drive on all axes
● Types of comprehensive protective devices that comply with X-ray regulations
Initial sampling can be completed in just a few minutes, rather than hours or days
● Through Werth ® Automatic calibration provides feedback on fault measurement results through multi-sensor technology
● One time calibration of CT sensor system
● Scanning tomography imaging:
-High resolution measurement of small features, even on large components
-Used to expand the measurement range to L=500mm
3D workpiece geometry reconstruction software for speed optimization
Image processing system for X-ray image acquisition and processing
WinWerth - graphical interactive, user-friendly measurement software

A multi-sensor coordinate measuring machine for 3D measurement using the principle of computed tomography. Suitable for parts with * large L=645 and Ø=350mm (grating imaging * * *)
● Optional second Z-axis, combined with other sensors (tactile sensor system, optical sensor), can achieve collision free operation in multi-sensor mode
● Sturdy granite base with integrated rotating shaft
Electric precision linear guides with mechanical support on all axes
● Comprehensive protective shielding structure that complies with X-ray equipment regulations
A few minutes instead of hours or days of inspection
● Traceability of fault measurement results using multi-sensor technology through Werth AutoCorrection
Single calibration of CT sensor technology
Grating tomography: - used for high-resolution measurement of small features, even on large samples - used to expand the measurement area to L=500mm
Software for optimizing the geometric reconstruction speed of 3D workpieces
Image processing system for generating and processing X-ray images
●WinWerth ®– Graphic interactive, user-friendly measurement software

Multi sensor measurement equipment for 3D measurement based on the principle of computed tomography. Suitable for parts below L=645 and Ø=350mm (CT grating * * *)
● Optional second Z-axis for multi-sensor operation without any collision when used in combination with other sensors (mechanical probes, optical sensors)
The basic unit is composed of a granite structure with an integrated rotating axis
The mechanical device is installed on a full axis electric precision guide rail
● Self protective machine designed according to X-ray equipment standards
It only takes a few minutes to completefirstPartial verification, rather than a few hours or days
Traceability of measurement results in tomography using multi-sensor technology through AutoCorrection Werth
Simplify the calibration of CT sensor technology
Grid tomography: - suitable for high-resolution small components or large parts - expands the measurement volume to L=500mm
Software for optimizing the speed of 3D geometric shape reconstruction of parts
Image analysis to generate and process X-ray images
● Extended function can directly measure 2D X-ray images
●WinWerth ®- Interactive, user-friendly graphical interface