The probe head and CMM synchronized motion technology developed by the multi-award-winning REVO system can greatly reduce the dynamic error of the mechanism itself caused by CMM high-speed measurement (UCC T5)
The functional design at any angle ensures the best results and reduces the replacement of styli
It can be automatically adjusted according to the workpiece coordinate system to avoid stylus collision and reduce the need for precision fixtures
The unique design of probe collision allows the work of picking points to be completed by the probe head, without relying entirely on the movement of the CMM, and picking points faster and with better accuracy and reproducibility (UCC T5)
The movement and simultaneous movement of 5-axis control can reduce the space required for the angle of the probe and increase the measurement speed, resulting in a three-fold improvement in the work efficiency of the CMM (UCC T5)
Integrate the industry standard anti-collision protection magnetic TP20 trigger probe, which can be directly equipped with a series of probe modules, stylus, extension rods and exchange racks to meet the needs of application measurement
| Rotation angle of probe head | A axis: -115° to +115° B axis: ∞ infinite |
|---|---|
| Angle resolution of probe head: | 0.4um/RAD (0.08 arc second) |
| Fast turning angle: | 3 turns/sec (1281mm/sec, with 10mm long stylus) |
| Maximum touch speed of probe: | 50mm/sec (UCC T5) |
| Internal bearing of probe head: | mechanical type (no air source required) |
