Extensions
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In the tactile measurement of workpieces, the features that need to be measured may be difficult to access. In this case a stylus extension is required. While metal extensions are acceptable for touch trigger sensors, carbon fiber solutions are increasingly conquering the world of scanning tactile sensors.
✔ Light weight - build complex stylus systems
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
Shipment from 2 days
✔ Light weight - build complex stylus systems
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
Shipment from 8 days
✔ Light weight - build complex stylus systems
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
Shipment from 2 days
✔ Light weight - build complex stylus systems
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
Shipment from 2 days
✔ Light weight - build complex stylus systems
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
Shipment from 2 days
✔ Light weight - build complex stylus systems
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
Shipment from 2 days
✔ Light weight - build complex stylus systems
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
Shipment from 2 days
✔ Light weight - build complex stylus systems
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
Shipment from 2 days
✔ Light weight - build complex stylus systems
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
✔ Thermally stable - no thermal expansion of the material and associated loss of precision
✔ Statically stiff - maximum stiffness allows faster scanning without loss of precision
✔ Carbon fiber tubes - developed by ZEISS
Shipment from 2 days
Shipment from 1,001 days
39 Items
The perfect extension for your accuracy requirements
The measured values that the coordinate measuring machine records depend on how well the probe system perceives the surface properties. The stylus picks up the data directly from the component and transmits them to the probe head via the extensions and the adapter plate. Therefore, as part of the overall probe system, extensions have a significant influence on measuring uncertainty. For touch trigger sensors - such as the M2 and M3 systems - the extensions are still made of metal, as the material has little effect on the measurement uncertainty compared to scanning technology. For tactile scanning sensors, ZEISS REACH CFX carbon fiber extensions are very useful in every segment, whether they are entry level or designed for maximum precision. Titanium and aluminum are older technology. Because ZEISS REACH CFX carbon fiber extensions are not only light and stable in length, but also resistant to bending and torsion. This reduces deviations by up to five times and helps to prevent expensive wrong decisions due to inaccurate measuring results.