API SPINDLE ANALIZER

CNC SPINDLE ANALYSIS

256,00 HZ

SAMPLING RATE

5 DOF

MEASUREMENT

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0.0005 MM

DISPLACEMENT ACCURACY

ASME B89.3.4

CERTIFIED & COMPLIANT

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Reduce Costs

Hand-held, light-weight, wireless tactile probe with easy-hold grip stylus allows for inspection of intricate features & cavities for large, complex parts.

REAL-TIME DATA

Spindle Analyzer software provides live data feedback, greatly speeding up the setup and alignment of the spindle analysis system.

DYNAMIC INSPECTION

Measures the total error motion of the spindle rapidly and identifies vibration, structural, and alignment error components to enable precise corrections

CONTACT

Phone: 1-800-537-2720

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FEATURES AND BENEFITS

REDUCE MAINTENANCE TIME
Save time by simultaneously collecting data in X, Y, and Z at full spindle Rotations Per Minute (RPM).

DYNAMIC SPINDLE MEASUREMENTS
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 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.

TECHNICAL SPESIFICATIONS

SPINDLE Analyzer SPECIFICATIONS

Parameter	Specification
Sampling Rate	256,000 Hz
Displacement Accuracy	± 0.5 μm
Max Revolution	20,000 RPM
Resolution	0.1 μm (4.0 μin)
Measurement Range	0-0.7 mm (0-0.03 in)
Thermal Drift	less than 1% per degree
Air Temp. sensor accuracy	± 0.2ºC
Material sensor accuracy	± 0.1ºC

APPLICATIONS

Spindle Analyzer diagnoses machine tool spindle error and is available in three models. The Dynamic model rapidly measures rotational error motion. Thermal model measures spindle stability of the machine in 5 degrees of freedom (X,Y,Z axis + pitch and yaw) along with thermal variance. A combination model is also available. Measurements include: