VC3D10

Position Sensors - Angle, Linear Position Measuring

VC3D laser distance measuring sensors are devices which can measure various lengths and angles in absolute terms. VC3D stands for Visual-Cortex three-dimensional distance measuring, which involves the use of laser and optical sensors to measure distances in three dimensions. The VC3D technology enables fast, reliable and accurate measurement of lengths and angles up to 10 meters and from 0.00001 to 0.001 degrees. This technology can be used in a vast number of applications ranging from the automotive industry to machine vision systems.

The VC3D10 is an advanced version of this technology incorporating the latest developments in laser and optical distance measuring techniques. The VC3D10 is based on a combination of laser beam technology, photoelectric sensors and computer-processed information to measure distances up to 10 meters and angles up to 0.00001 to 0.001 degrees. It is a non-contact type of measurement, providing accurate results without any contact with the target. This makes it suitable for applications where other traditional measurement techniques may be difficult to use, such as measuring distances in a dynamic and changing environment.

The working principle of the VC3D10 is based on the principle of triangulation. Triangulation is the process of determining the position of a point in space by making three measurements from different points in space. In this case, the VC3D10 measures the distances from two different points, then calculates the third point by subtracting the first two measurements from the Triangle Law. The accuracy of the distance measurements is determined by the distance between the two points and the angle between the laser beam and the target. By making multiple measurements at the same angle, the accuracy can be improved significantly.

The VC3D10 is capable of measuring distances and angles in a variety of different environments from a range of 0.001 meters to 10 meters, including a range within 0.001 to 0.5 degrees angle accuracy. This makes it suitable for a variety of applications such as automotive, medical, consumer electronics, and industrial measurement applications. For example, it can be used in the automotive industry for measuring distances between car body parts, in the medical field for measuring patient tissue, in consumer electronics for measuring distances in complex wiring diagrams, and in industrial applications for measuring distances in manufacturing processes.

The VC3D10 also provides fast and reliable measurements, with a response time of under 1 ms. It is also highly accurate due to its triangulation technique, and can detect objects within a range of 0.001 to 10 meters. Additionally, the VC3D10 is very easy to set up and operate, with minimal external power requirements and a range of plug-and-play options for connecting to a PC or other devices.

In conclusion, the VC3D10 is a highly advanced laser and optical distance measuring device that can be used for a variety of applications. With its high speed, accuracy, and ease of use, this device is ideal for a variety of measuring tasks.