Accurate Cantilever Automatic Vision Measuring Machine

Accurate Cantilever Automatic Vision Measuring Machine – QualiVMM™ Accut Canti Series Applications

• Dimensional inspection for machined components
  • Inspect lengths, distances, radii, angles, and feature locations using optical edge capture with CNC positioning. This helps when parts are small, thin, or easy to deform with contact tools. Programs can repeat the same routine across lots to reduce operator variability and speed up routine checks.
• Multi-feature parts that need consistent edge visibility
  • Edge detection quality often depends on illumination control, especially on mixed finishes. The system uses program-controlled LED surface illumination and contour lighting to manage contrast across reflective, dark, or textured surfaces. This improves measurement consistency when different inspectors run the same job.
• Batch inspection with fixtures and arrays
  • Shops often inspect many identical parts per shift and need predictable cycle times. The software supports element arrays and workpiece arrays, so a single setup can scale to batch programs across one or multiple fixtures. This supports incoming inspection, in-process checks, and final QA reporting.
• CAD-driven measurement for complex geometry
  • Complex or irregular shapes often take time to define manually. CAD import supports automatic measurement paths based on the drawing, which reduces manual sampling and improves repeatability on intricate parts. This approach is useful when the same complex part is run repeatedly.
• 2.5D to 3D workflows using optional sensors
  • Some inspections require height, planarity, or 3D element evaluation beyond 2D geometry. With Z-axis probes or laser displacement sensors, the software supports 3D elements and calculations such as coordinates, areas, and volumes after edge detection. This fits applications where form and height affect fit, sealing, or assembly alignment.

Standards

• ISO/IEC 17025 for laboratory competence and traceable calibration practices.
• ISO 10360 series for acceptance and reverification test concepts for coordinate measuring systems, including imaging probing contexts (relevant to vision-based systems).
• ASME B89 series for dimensional metrology guidance and performance evaluation practices used in North America.
• ISO 1101 to align measurement outputs with GD&T requirements on engineering drawings.