In 1940, Hans Goldmann invented the slit-lamp system in Bern, Switzerland, for use in eye examinations. This ophthalmic test system is considered the prototype of a confocal sensor measurement system. After more than 10 years of development abroad, Marvin Minsky produced the first confocal microscope and applied for a patent in 1957.

The importance of detection in daily life is self-evident, and shows a huge market potential, which has spawned instruments based on 3D machine vision inspection, designed to solve various thorny problems encountered in the detection process. Careful customers will focus on exploring the purchase items of machine vision detection, hoping to clarify the vague purchase ideas as soon as possible. Since most people have a lot of questions about this testing method, the following will be a comprehensive explanation of the reasons for choosing it.

In the last article, Xiaobian explained the advantages of machine vision sensors in measurement, and some friends who have read the article have a general understanding, but when we want to use machine vision sensors, we must make the right choice, so as to ensure that the product can accurately detect whether there are problems in the actual use of the product. It can also ensure the improvement of the overall work efficiency, so what should we pay attention to when choosing a machine vision sensor? The following editor for everyone to analyze:

3D visual inspection, as a new type of detection equipment that has emerged in recent years, is relatively unfamiliar to ordinary people, so what are the advantages of this new visual inspection? The following Liyi technology Xiaobian will introduce it to you:

Today, 3D machine vision designers have several options available to address 3D applications, including laser displacement systems (also known as laser scanners), stereoscopic and time-of-flight (ToF) solutions. Of these three solution sets, laser displacement sensors are the most common, providing the fastest, most accurate and cost-effective 3D data acquisition for both online and offline operations.

The displacement sensor is a device that converts the motion displacement of an object into a measurable electrical quantity. It is usually used to convert physical quantities such as displacement, position, deformation, vibration and size, which are not easy to be quantitatively detected and processed, into electrical quantities which are easy to be quantitatively detected and easy to be used for information transmission and processing.