The difference between fully automatic video measuring instruments and manual video measuring instruments

The image Measuring Instrument is based on CCD digital images and relies on the powerful software capabilities of computer screen measurement technology and spatial geometry operations. After installing specialized control and graphic measurement software on the computer, it becomes a measurement brain with a software soul, and a manual image measuring instrument is the main body of the entire equipment.



It can quickly read the displacement value of the optical ruler, obtain the desired results in real time through software modules based on spatial geometry, and generate graphics on the screen for operator image comparison, thus directly distinguishing possible deviations in measurement results. Image measuring instruments can also be divided into manual imagers and automatic imagers. So what is the difference between an automatic imager and a manual imager? Here is a brief introduction.



The difference between an automatic imager and a manual imager is: 1. From the perspective of detection speed, it is fully automatic and controlled by a program. Compared with manual imagers, the efficiency of batch inspection of workpieces is greatly improved. The manual detection time for a workpiece is about 5 pieces, and for enterprises with heavy detection tasks, automatic detection of nearly 5 pieces is more important. Automatic image measuring instruments are the preferred choice.



2. From the perspective of detection accuracy: due to the use of program control, human interference factors are greatly reduced. The accuracy of workpiece detection is very important, which is extremely important for processing enterprises with stricter requirements.



3. From the perspective of price factors, infrared spectrometers vary greatly in price due to the different software and hardware of fully automated machines. So when users choose between manual and automatic image measuring instruments, they can choose the appropriate model based on the needs of the enterprise itself and the needs of the next few years to avoid unnecessary losses.



4. From the perspective of machine tool characteristics, the automaton has a high-performance CNC fully closed-loop servo control system. High speed and stable operation. All three shafts adopt German toothless screw transmission technology. It will never wear out. It runs parallel, smooth, and quiet. It has precise positioning, fast autofocus, automatic edge finding, powerful programming and automatic measurement functions. Manual operation refers to manual operation, which can quickly cut and move. The Z-axis is driven by toothless screws for precise positioning. The report output function of the semi-automatic image measuring instrument includes images and text, which can easily output detection results.



The above content is an introduction to automatic imagers and manual imagers. The development of the economy has led to steady growth in many industries. The development of handicraft industry will be replaced by automation industry. As an image measurement instrument in precision instruments, with the development of science and technology, image measurement instruments are also a qualitative leap forward on the basis of projectors. It elevates the industrial measurement mode from traditional optical projection to computer screen measurement based on the digital image era.