The Talyrond® 1700 PRO consists of proven technology combined into one stable instrument platform.
Nestled in the instruments solid foundation is a highly accurate oil spindle with load capacity of up to 450 kg. This unique design maintains its precision regardless of component weight.
The column structure and base foundation are key to providing unrivalled parallelism, cylindricity and roundness measurement.
The Talyrond® 1700 PRO utilises Taylor Hobson’s Talyvel® Electronic Levels to maintain parallelism between the spindle axis and column regardless of column position.
Powered by Metrology 4.0, easy to use software with an intuitive user-interface, virtual display and real time control. The state-of-the-art point and move axis control function delivers precise positioning and accurate measurement
Key features
- Fully automated centre and level capability with radial follow mode
- Automatic gauge calibration
- Patented arm attitude/orientation mechanism with choice of automated or manual
- Vertical straightness units of up to 1500 mm
- Large diameter range (1700 mm) with adjustable column and 300 mm radial arm
- Metrology 4.0 Smart Software
Applications
- Large diameter bearings
- Inner bearing races
- High pressure turbines and compressors
- Shafts
- Jet engines
- Crankshafts
High accuracy roundness, low coning error
When measuring parallelism or cylindricity of high precision tall components a low coning error becomes a major benefit.
The Talyrond® 1700 PRO spindle bearing provides roundness and coning accuracy on tall and heavy loads to a level unsurpassed by any other roundness instrument.
Automated centre & level
Centre and level is a completely automated process carried out in continuous rotation. A target can be set for centre and level, removing operator influence and ensuring measurement repeatability and integrity.
Unsurpassed parallelism and cylindricity accuracy
The instrument is not subject to bending and distortion caused by a heavy load and as such provides high accuracy parallelism and cylindricity.