FJ-VSG 5M

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The FJ-VSG 5M is a machine vision accessory designed to measure objects and surface details that can usually not be measured by other instruments. This accessory runs on the principle of Light Spreading Optical Metrology. It requires an array of light emitting diodes to continually map physical characteristics of the shape being measured.

The main application fields for this machine vision accessory are in medical, industrial, and automotive industry. For example, it can be used in medical implants to measure tissue structures and shapes in a non-invasive way. In industry, it can measure the surface details of a part and detect defects or deformations that cannot be seen through traditional methods. Similarly, a FJ-VSG 5M can be utilized to measure and accurately assess the dimensions, angles, and surface features of automotive parts.

The working principle of the FJ-VSG 5M is quite simple. It features an array of mounted light emitting diodes (LEDs). These LEDs are arranged closely together such that they continually map the surface features of the object being measured. The arrangement of the LEDs is such that the light rays from each LED overlap on the object’s surface. This overlapping creates a 3D map of the object’s features.

These maps are then fed into a processors unit which then uses algorithms to compare the 3D map with the surface features of a predetermined 3D model. The processor then calculates the exact dimensions and angles and outputs them as numerical data.

Aside from its application fields, the FJ-VSG 5M also provides increased accuracy in measurement compared to other measurement techniques. It also eliminates human errors that can occur with traditional methods because of the LED array’s precision in mapping the object’s surface features. The machine vision accessory is also equipped with an intuitive user interface and can be remotely controlled via a computer or tablet, making it an effective and efficient asset for many applications.

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