The CX.I and LCT cameras boast four power outputs with pulse width modulation (PWM), capable of delivering up to 120 W of output power. This feature allows for direct control of external lighting units, making them highly versatile in various applications.

Dominance of 3D Methods in Automation

Three-dimensional methods have revolutionized the fields of automation, quality assurance, logistics, and metrology. These approaches vary widely depending on their use cases:

  • Stereo methods: Require two cameras and are limited to stationary objects, leading to slower performance due to their dependency on precise alignment.
  • Triangulation or projection techniques: Reliance on motion—either of the object surface relative to projected points or the movement of an object beneath fixed measuring points—adds flexibility but requires careful calibration.
  • Time-of-flight method: Utilizes a single camera and works for both stationary and moving objects, offering simplicity without sacrificing accuracy.
  • Shape from shading technique: Determines inclination and curvature by analyzing lighting directions from different angles; it is suitable for both static and dynamic scenarios.

High Lateral Resolution

The lateral resolution (x, y) in these systems depends on the camera used. This flexibility ensures a balance between precision and adaptability across diverse applications.

Last Updated: 2025-09-04 23:07:56