Spindle Analyzer diagnoses machine tool spindle error and is available in three models.
Dynamic Model: The Dynamic model rapidly measures rotational error motion.
Thermal Model: Thermal model measures spindle stability of the machine in 5 degrees of freedom (X, Y, Z axis + pitch and yaw) along with thermal variance.
Combination Model: A combination model is also available.
FEATURES & BENEFITS:
Reduce Maintenance Time: Save time by simultaneously collecting data in X, Y, and Z at full spindle Rotations Per Minute (RPM).
Dynamic Spindle Measurement: Measures the total error motion of the spindle rapidly and identifies vibration, structural, and alignment error
components to enable precise corrections.
Long-Term Spindle Stability: Measures spindle stability over time and enables the corrective action needed to compensate for the variance
in the thermal growth of the machine.
User-friendly Software: Software provides live data feedback, greatly speeding up the setup and alignment of the Spindle Analyzer. The ASME
B89.3.4 compliant reports are easy to read and interpret.
Flexibility: Offered in Dynamic, Thermal or Combo models. Measurements can be taken in dynamic or stability modes, providing a solution for every operating need.
|Recommendations||Speed Verification, Check Bearings, Rotational Errors, Radial & Axial Errors, Machine Repeatability, Machine Vibrations, Thermal Drift, Thermal Error Mapping.|
|SPINDLE ANALYZER||Spindle Analyzer diagnoses machine tool spindle error...