T 60

Oerlikon Bevel Gear Testing Machine

Highly flexible testing of hard, finished, and green spiral-bevel and hypoid gear sets

The T 60 bevel gear testing machine is a CNC testing machine with three linear axes for fully automatic hard and soft testing of spiral-bevel and hypoid gear sets with a 90° shaft angle. It offers a wide range of objective and subjective testing options, with speeds of up to 3,250 rpm and maximum brake torque of 95 Nm.

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Oerlikon Bevel Gear Testing Machine T 60

Operator-friendly, easy-to-service machine design

  • All operational tasks, such as loading, unloading, and retooling, can be performed from the front
  • Wide-opening working chamber provides easy access for retooling and manual loading
  • Intuitive user software prevents improper operation
  • Optional foot switch to clamp or release workpieces 
  • Efficient maintenance thanks to easy accessibility 
  • No hydraulics
  • Easy-to-read pneumatics layout on a central panel

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Oerlikon Bevel Gear Testing Machine T 60

Forward-looking machine design with maximum inspection reliability

  • Excellent economy of space thanks to compact machine design and access options designed for easy operation and maintenance
  • Strategic development partnership with VISPIRON ROTEC GmbH for measurement and evaluation technology
  • Immediately useful measuring results thanks to short test times and automatic logging of measuring results
  • Structured data archiving ensures traceability of measurements
  • Can be used for both production and development of bevel gears

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Oerlikon Bevel Gear Testing Machine T 60

Universal bevel gear inspection machine for various measurement methods

  • Broad-scope tailoring of measurements to suit customer requirements
  • Separate evaluation of concentricity errors for pinion and ring gear
  • Inspection of contact pattern position, form, and size
  • Inspection of running properties using structure-borne noise measurement or single flank test in conjunction with optional load, rotation speed, or mounting position 
  • Speed scan enables measurement of rotational error and structure-borne noise (optional)
  • Automatic determination of optimal mounting position through incremental testing of different mounting positions 
  • Automatic determination of optimal mounting position through continuous measurement of a single mounting position range (optional)