Maximum Dynamic and Precision

ZEISS CSC

The CSC sensor is a continuous articulating sensor particularly suitable for the volume measurement demands of complex car body parts.

More powerful, faster and more accurate

The ZEISS CSC sensor carrier establishes a new standard for continuous articulating units and is thus ideal for the volume measurement demands of complex car body parts.

ZEISS CSC

Features

Optimal positioning

Optical and contact sensors must be optimally positioned for the volume measurement of complex car body parts if they are also to measure difficult to reach points in the part interior. Long extensions are often required.

It is exactly here that the ZEISS CSC opens up opportunities that have been unavailable until now: this is due to the significant torque reserves combined with maximum resolution and precision.

The CSC is perfectly suited for flexible use on horizontal-arm cmm.
The high dynamic of the ZEISS CSC considerably reduces the measuring time

Reduced measuring time

In order to optimally control processes in car body construction, the results of the measurement must be available as quickly as possible. The high dynamic of the ZEISS CSC considerably reduces the measuring time – without sacrificing safety.

An in-house safety concept enables the integration of a collision-protected bearing for the sensor plate in addition to the known collision protection for the articulating unit. This reliably prevents sensor damage in the event of a collision with the part.

Re-engineered stylus changer

Another benefit of the CSC is the completely re-engineered stylus changer. As with the RDS stepping, articulating unit, the changer is now completely passive.

Therefore, compressed air is no longer required on the measuring machine, which also means cost savings for the user. The changer can be positioned as needed because it also works without electrical connections.

The CSC enables optimal positioning of optical and tactile sensors for the volume measurement of complex car body parts - even with long extensions

Download more information

ZEISS IQS Portfolio Overview EN

ZEISS IQS Portfolio Overview EN
pages: 56
file size: 6545 kB