GET THE FULL POTENTIAL OF THE PH20 5-AXIS TOUCH TRIGGER SYSTEM
The PH20 head allows for the measurement of large and complex parts with high accuracy, and can be used for a variety of applications, including automotive, aerospace, and medical industries.
One of the main advantages of the PH20 head is its ability to increase measurement speed and efficiency. The head is equipped with a high-speed scanning system that can capture large amounts of data in a short amount of time. This means that metrology operators can complete measurements more quickly and move on to other tasks, allowing the maximum inspection efficiency.
The PH20 head also improves the accuracy of measurements. Its high-resolution scanning system can capture fine details and subtle variations in surface textures. This means that metrology operators can be confident in the accuracy of their measurements, even when working with complex and irregular shapes.
Furthermore, the head can be configured with different probes to suit different measurement tasks. This means that metrology operators can use the same head for a variety of applications, making it a cost-effective solution for their measurement needs.
See in action
For this reason, the unique head touch of PH20 allows the movement of only the head instead the CMM structure. Using 5 axis technology points can be taken with an improved accuracy and repeatibility.
TouchDMIS is developed to provide maximum support with PH20 heads. With a simple tap you can select all the PH20 main functions.
The PH20 combines infinite positioning capability with a full range of TP20 probe modules and extensions to:
- Reduce program cycle time
- Increase feature access
- Reduce the number of stylus calibration
- Increase CMM volume by reducing space required for head rotations
In addition, during inspections or in phase of editing of the measuring path, you can see the preview of the measurement path through a transparent PH20 model.
Try the full-touch experience of metrology software.
Contact us and we schedule a demo!