Description
Cylindricity:
- The cylindricity measuring instrument operates based on a precise rotation center and a linear motion guide, providing highly accurate comparative measurements.
- Cylindricity is quantified by measuring the change in radius of the actual contour of several cylindrical surfaces at different angles to the rotation center using a displacement sensor.
- Used for analyzing form errors (roundness, cylindricity, flatness, straightness) and positional errors (concentricity, coaxiality, runout, perpendicularity).
- Cylindricity module: radial total runout, concentricity, taper, radius.
- Roundness module: concentricity, single radial runout, wall thickness variation.
- Straightness module: parallelism, verticality.
- Single-section flatness module: single axial runout, verticality, parallelism.
- Multi-section flatness module: parallelism, total axial runout, verticality.
- Commutator module: single contact jump, adjacent contact jump, intermittent contact difference.
- Reference standards for cylindricity evaluation: LSCY, MZCY, MICY, MCCY, OSCY.
- The worktable and Z-axis column are made of natural granite, ensuring structural stability and resistance to deformation.
- The rotary spindle uses pneumatic suspension to minimize friction, maintaining precision and rotation stability.
- High-precision sensors along X and Z axes increase automation and enable automatic measurement and data transmission.
- Key components are made from special alloys and treated to relieve internal stress, ensuring durability and long-term accuracy.
