Overview: The document describes a multisensor coordinate measuring machine designed for three-dimensional measurements using computer tomography (CT). It highlights the machine's robust construction, precision, and advanced features for efficient and accurate measurements.
Specifications:- The base unit is constructed from stable granite with an integrated rotary axis supported by air bearings for high accuracy.
- All axes feature mechanically supported motorized precision linear guides.
- The distance between the X-ray source and detector is adjustable to optimize measuring speed and uncertainty based on the task.
- The machine is fully shielded according to X-ray device regulations.
Optional Features:- A second Z-axis is available for collision-free multisensor operation, allowing integration with additional sensors such as probing systems and optical sensors (patent pending).
- Raster tomography is an option for measuring small features on large samples with high resolution and extending the measurement area (patent pending).
- Region of Interest (ROI) Tomography is available for high-resolution measurement of small object details.
Technological Innovations:- Werth AutoCorrection technology ensures traceability of tomographic measuring results with multisensor technology (patent pending).
- The Werth image processing system is designed for generating and processing X-ray images (patent pending).
- Software is included to optimize the speed of 3D reconstruction of workpiece geometries.
Software:- WinWerth® is a graphically interactive, user-friendly measuring software that enhances the usability of the machine.
Performance:- The machine allows for first article inspection in minutes instead of hours or days, significantly improving efficiency.
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