Blum-Novotest multipoint measuring machine for shafts and axles in complete view

The multipoint measuring machines for rotationally symmetric workpieces offer quick acquisition of component geometry during dynamic measurement. Loading is possible manually as well as automatically. Its loading position is easy accessible from above right on top of the final measuring position.

  • Highlights
  • Your benefit
  • Variants
Quick acquisition of component geometry
Blum-Novotest multipoint measuring machine for shafts and axles - Fast recording of component geometry
Ultra-precise measurements guaranteed by the use of high-quality individual sensors
Blum-Novotest multipoint measuring machine for shafts and axles - High-precision measurement thanks to use of high-quality single elements
Fast and flexible acquisition of shaft geometry
Blum-Novotest multipoint measuring machine for shafts and axles - Fast, highly flexible recording of component geometry
  • Post-process multipoint measuring system with independent PLC
  • Easy integration into existing automation system
  • Short, optimised feed motions
  • Flexibly configurable measuring unit using measuring forks/callipers with intelligent universal clamping system
  • Manual or automated loading/unloading
  • High availability due to reduced changeover time
  • Additional changeover monitoring (poka-yoke principle)
  • Automatic calibration device 
  • Also available as measuring system for external control
Dynamic testing for geometry and form
Simultaneous dynamic acquisition of multiple features at the diameter while rotating. In addition to geometric values such as diameters and radii, form and position features can also be evaluated.
Blum-Novotest multipoint measuring machine for dynamic testing
Static geometry testing
Static measurement using a probe pair on a linear axis
Blum-Novotest multipoint measuring machine for static testing

More information about special versions is available on request!

Ultra-precise and dynamic multipoint measuring technology directly during the production of shafts, axles and other rotationally symmetric components

Measurement and automation concept for camshafts