Plate extensions are fastened directly to the adaptor plate at the point where the greatest force is applied. The use of plate extensions makes sense wherever it is not necessary to use a cube directly on the adaptor plate. This saves weight and removes a connection, thus increases the rigidity of the overall system. The integrated 20 mm cube enables the connection of additional elements in all main directions. The M5 pro connections increase reliability for production measurements due to torsion-proof mounting.
- Plate extension to reduce the number of connections
- REACH CFX® 3 quality for most applications
- Integrated 20 mm cube for additional components in all main directions
- M5 pro connection provides torsion-proof mounting
- Lightweight - allows for complex stylus systems
- Thermally stable - no thermal expansion and the associated measuring errors
- Maximum rigidity enables faster scanning without loss of precision
- Carbon fiber tubes - developed by ZEISS with special winding
- Product Type
- Extension
- Connection Type
- M5 Pro
- Length (L)
- 100.0 mm
- Ø Body (DG)
- 20.0 mm
- Measurement Length (ML)
- 148.1 mm
- Extension Type
- Plate Extension VAST / MT
- 2nd Measurement Length (MLE)
- 138.0 mm
- Material
- Carbon Fiber
- Connection Type Out
- M5
- Measuring Sensor
- VAST/MT
- Width (B)
- 20.0
- Application
- Extend
- Weight
- 91.0 g
- Accuracy Level
- Medium - CFX 3
Consisting of: Titanium adapter for connection to adaptor plate Ø20 mm CFX® 3 carbon fiber tube 20 mm Titanium cube with M5 pro index holes for connecting additional components in all main directions.
Product note
ZEISS ThermoFit becomes REACH CFX® 3 - new name, same performance. Over 70% of measurement errors and fluctuations in reproducibility are due to unsuitable extensions. Especially with longer extensions, the influence on the stability of the measurement is very high. Due to the fastening of M5 pro components with the through bolt, no further elements can be attached on the opposite side. Even at a 90° angle, only standard M5 elements can be connected.
