Werth Messtechnik GmbH

Website:	https://www.werth.de
Email:	[email protected]

Street:	Siemensstr. 19
ZIP/City:	35394 Gießen
Country:	DEUTSCHLAND

Phone:	0641/7938-0
Fax:	0641/7938-719

Werth Measurement Technology (www.computer-automation.de)

Raster Scanning for TGV Measurements

Werth Messtechnik accelerates the optical measurement of "through-glass vias" using "Raster Scanning HD" and multisensor measurement technology for electronics and semiconductor applications.

Point clouds for multi-material workpieces

The Win-Werth Multi-Material Scan from Werth Messtechnik enables the automatic, subvoxel-accurate calculation of separate STL point clouds for each material. A typical application is, for example, workpieces with plastic and metal components.

Sub-microfocus tube and high-voltage microfocus tube combined

A new device solution from Werth Messtechnik combines a sub-microfocus tube and a microfocus tube with a high voltage to form a two-tube measuring system.

X-ray tomography (www.polyformnext.de)

Fast alternative to conventional 3D measurement

Computed tomography is an alternative to conventional 3D measurement technologies. A new variant is intended to provide a cost-effective and user-friendly alternative, especially for use in production and for testing large quantities.

More flexibility for plastic injection molding and 3D printing

Less correction grinding until the tool is ready for series production should offer the possibility of correcting the measurement data directly in the measurement software through post-processing. The finished workpiece is then within the specified tolerances.

More flexibility for injection molding and 3D printing

In plastic injection molding and 3D printing, geometric deviations can occur in the products due to the process. By post-processing the measurement data, these deviations can be corrected directly in the measurement software.

Correct CAD models in the measurement software

During plastic injection molding and 3D printing, geometric deviations can occur in the products due to the process. With the help of a software module integrated into the measuring software, it should be possible to correct the CAD model largely automatically.

Tooling (www.polyformnext.de)

3D graphics with volume rendering

Using several volume models in parallel and a wide range of display options enables more efficient use of measurement software.

Less correction grinding in mold making

Due to the increasing requirements in plastic injection molding, tool correction is often necessary. FormCorrect often only requires one correction loop, so that the costs of the development process can be significantly reduced.

Collision-free measurement with multi-sensor technology from Werth

The ScopeCheck deviceseries allows measurement with any sensor. Thanks to the 2-pinole concept and the Werth multisensor system, collision-free measurement with multisensor technology is now also possible close to production. The user has practically two coordinate measuring machines in one, one with image processing and another with a probe. A combination of optical and tactile measurement is also available.

Computed tomography - big technology for the little ones

In recent years, the further development of computed tomography has focused on the measurability of large workpieces. The proven technologies have now been combined in a compact device.

Accelerate 3D tomography

A compact computer tomograph for industrial applications is designed to offer shorter measurement times with high resolution and lower operating costs.

Increased efficiency for high-resolution measurements

The refinement of computer tomography as a testing method in plastics technology promises more flexibility and greater efficiency.

Scopecheck MB (www.polyformnext.de)

Measure heavy workpieces from all directions

A new 3D measuring system is suitable for components weighing up to 5 tons - and therefore for very large injection moulds, for example. The sensors of the Scopecheck MB from Werth are positioned using the movable bridge.