New_Machine_Lineup_41425_comp
The advanced STRATO Apex Series of CNC Coordinate Measuring Machines by Mitutoyo offers precise measurements with seamless, fast operation to achieve exceptional scanning performance.
STRATO-Apex 500/700/900/1600 Specifications
Temperature compensation
The STRATO-Apex series CMMs feature temperature compensation that ensures accuracy within the range of 18 to 22°C (for the STRATO APEX 574, the range is 19 to 21°C), even without a temperature-controlled environment.

Vibration-damping unit
To prevent floor vibrations from affecting the main unit, a vibration-damping unit is implemented. It detects load changes resulting from the movement of individual axes.

strato-apex-5007009001600-measurement-systems-mitutoyo-indicate-technologies-703038
Ultra-high accuracy
The combination of ultra-high precision glass scales and high-performance reflective linear encoders enables ultra-high accuracy measurements on each axis of the CMM.
Technical Specifications
Benefits
Technical Specifications
Technical Data
Technology:
Coordinate Measuring Machine - CNC
Units:
Inch, Metric
Resolution:
0.00000078" (0.00002mm)
Guide Method:
Air bearing on each axis
Worktable Material:
Granite
Worktable Tapped Inserts:
M8 x 1.25mm
Environment:
64.4-71.6°F / 18-22°C
Vibration Stand:
Standard
Probe System:
PH10MQ
Touch Trigger Probe:
TP200
Scanning Probe:
MPP, SP25, SP80
Laser Probe:
SurfaceMeasure Optical
Probe:
QVP
Surface Roughness Probe:
SurfTest
Benefits
Benefits
The STRATO-Apex series of CNC CMMs is designed in various model sizes, each providing exceptional drive speed and acceleration to ensure superior scanning performance and accurate measurements.
These CMMs incorporate an innovative built-in controller that utilizes a digital servo system. This system processes position, speed, and current control loops as digital signals, resulting in reduced drift and deterioration.
With enhanced structural rigidity and advanced compensation technology, the STRATO-Apex series CMMs deliver high-performance capabilities and exceptional accuracy while minimizing probing errors.