CCS-LDL-TP-51X51-SW

Machine vision is an increasingly important application field in the technology industry, as it has the capability to provide high quality, repeatable results with minimal human interaction or intervention required. One particular type of machine vision system used in automotive and industrial applications is the CCS-LDL-TP-51X51-SW. In this article, we will take a look at what CCS-LDL-TP-51X51-SW technology is, the application areas it is used in, as well as a look at the working principle of the system.

CCS-LDL-TP-51X51-SW Technology

The CCS-LDL-TP-51X51-SW is a machine vision system that is extremely suitable for measuring objects with sizes in the range of 0.5-50 mm. The system is designed to provide high accuracy, repeatability, and reliability in automated inspection and analysis. It is based on the structured light technology, a machine vision technology that uses vertical and horizontal light strokes to measure the surface of objects.

The CCS-LDL-TP-51X51-SW uses two sets of light sources, each with three sections, respectively giving it the ability to generate a very consistent, highly uniform light pattern output. The light sources are driven by analog servos, which provide motions precise enough to create a grid as small as 0.2 mm in size.

The system also comes with a smart resolution estimator, which is helpful in situations where the desired size of the measured area is unknown, and the system needs to be able to automatically adjust its resolution accordingly.

Application Areas

The CCS-LDL-TP-51X51-SW is popularly used in a variety of applications, such as dimensional metrology (measurement of objects in various sizes), surface inspection, automated assembly, and process optimization. It is mainly used in the automotive and industrial sectors, due to its unparalleled ability to accurately measure objects and surfaces quickly and reliably.

In addition, it can also be used in robotics applications, as the precise guidance of a robot arm can be controlled through software, using the exact measurements provided by the CCS-LDL-TP-51X51-SW. Furthermore, the system is also well-suited for medical use, providing doctors with accurate images of objects such as tissues or organs.

Working Principle

The CCS-LDL-TP-51X51-SW is based on the structured light technology. This technology works by projecting a pattern of vertical and horizontal lines on an object, and then capturing the reflections of the lines with a camera. By analyzing the position of the reflections, it is possible to accurately determine the shape of the object.

The system is composed of two source components, consisting of two sets of three light sources each. Each light source creates a vertical line and two horizontal lines at different angles, creating a grid-like pattern. The source components are rotated and driven by servo motors, giving the light pattern an angle of approx. 40 degrees in relation to the objects.

Once the light pattern is projected onto the objects, the reflections are picked up by a camera. By analyzing the differences between the direct light pattern and the reflected light pattern, it is possible to determine the size, shape, and contour of the object.

Conclusion

In conclusion, the CCS-LDL-TP-51X51-SW is a high-precision machine vision system based on the structured light technology. It is mainly used in automotive and industrial applications, such as dimensional metrology and surface inspection, due to its capability of providing reliable results quickly and accurately. The working principle of the system consists of projecting a light pattern onto an object, and then capturing the reflections of the pattern with a camera in order to accurately analyze its shape.