Machine vision and 3D intelligent vision sensing technology are a match made in heaven

With the application and role of machine vision in industry is more and more familiar and known, the role of machine vision is mainly used to simulate human vision by computer simulation, which is commonly known as the "human eye", which can extract the required information from objective things and process it, and finally use it for actual detection, measurement and control.

For example, during the production process, the assembly, gripping, and placement of products are done. The combination of machine vision and 3D intelligent vision sensing technology can not only greatly improve production efficiency, but also improve accuracy, thereby improving the qualification rate of products and reducing production costs.

"3D intelligent visual sensing technology" can quickly identify the appearance of various 3D complex environments in the field, so that the robotic arm can complete the positioning and erection of the production line in just a few minutes, instead of requiring hours of adjustment like the traditional robotic arm installation. This technology can also make the robotic arm more flexible and intelligent to do high-end deep splicing, assembly, and selection work, and combine with industrial production, which can optimize production efficiency and processes, and enhance the competitive advantage of Taiwan's industry.

At present, the "3D intelligent visual sensing technology" can distinguish the color, shape, texture and spatial depth position of objects, and can scan the three-dimensional scene and identify the posture of objects in real time. It can also quickly identify the coordinates of the work field, so that the intelligent identification robotic arm can be erected on the production line in a few minutes, which greatly reduces the on-line time and improves the flexibility of the production line compared with the general visual robotic arm.

This technology can be used in harsh factory environments, such as metal processing, machine tools, and 3C inspection, to solve the problem that traditional robotic arms cannot flexibly judge the depth distance and pick and place irregular objects. For example, in the past, the robotic arm could only clamp "parts standing in rows", and if a large pile of irregularly shaped things were placed in a box, they could not be clamped by the robotic arm, and had to be manually assisted. However, now, through the "3D visual intelligent recognition automatic pick-and-place system", the robotic arm can automatically do three-dimensional scanning of the part area, and determine what angle to use to correctly clamp the part, greatly reducing the auxiliary manpower required by the traditional robotic arm.

The combination of machine vision and 3D intelligent vision sensing technology is applied in industrial processes, which can help the industry to greatly shorten the measurement time and reduce the error of human operation through the fast and consistent processing mode of 3D intelligent visual sensing, and meet the diversified needs of industrial automation applications in the most cost-effective way.