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3DUE stands for “3 Dimensional Ultraviolet Exposure.” It is a technology developed for 3D surface profiling, where a three dimensional profile is created by exposing a flat surface to controlled ultraviolet light. A UV source is incorporated into a specialized software package that allows for the compatible operation with optical sensors. This technology is suitable for the accurate measurement of 3d contours, even small ones.

The 3DUE application field is extremely versatile. This technology is suitable for parts that require detailed profiling, such as small components like PCBs or IC chips, and a variety of medical procedures like bone reconstruction or dental implants. It is also widely used in industrial processes, such as documenting the profile of machined parts for quality control or ensuring that the correct dimensions are maintained in manufacture. Additionally, this technology is useful in many industries that produce molded products, such as automotive, aerospace, and consumer goods industries. Moreover, 3DUE can be applied to produce a measuring system for measurements of rigid and flexible materials, including the shape of metal sheets, plastic parts, and any other hard and deformable surface.

The working principles of 3DUE are relatively straightforward. First, the surface to be measured is prepared by spaying the surface with a transparent UV coating. Then, this surface is exposed to a controlled dose of ultraviolet light. This process creates a contour map which can be read by an optical sensor connected to the 3DUE system. The 3DUE system can accurately read the contour and output a 3d “map” or profile of the surface. The system can then be used to perform various types of measurements, such as calculating the contour’s depth, width, height, etc.

The 3DUE technology is very efficient and accurate, and is a useful tool for precision measurements. This system can be configured to work with multiple sensors to read a variety of surfaces, and can be used with a wide range of materials. Additionally, this system can be easily integrated into existing measurement systems or as part of a production line for quality control. As such, this technology is becoming increasingly popular in many industries that require accuracy and an affordable solution.