Machinery geometry
Traditional geometry, laser, ballbar, or other
Traditional geometry
- Runout control
- Parallelism and perpendicularity control of surfaces by displacement of the axes
Ballbar geometry
- Measurement of variations in radius on a programmed dynamic circularity
Laser geometry
- Linear positioning
- Angle measurement (yaw and roll) and flatness
- Measuring of rotary axes, partial or 360° rotation
- Straightness of the displacement, parallelism and squareness
- Dynamic measurement, velocity, acceleration and drift
Measurement by Triangulation
- Positionnement linéaire
- Relevé d’altimétrie et de planéité avec instrument Théodolite
