The advantages of image measuring instrument about fully automatic image measuring instrument
The advantages of the image measuring instrument regarding the fully automatic image measuring instrument. In the precision image inspection instrument, according to the specific image of the instrument, it can be divided into two-dimensional image measuring instrument and three-dimensional coordinate measuring instrument. They are two kinds of instruments commonly used in industrial production. When a customer buys this instrument, we can only choose one according to our own needs. Then we must divide each type of precision instrument, that is, it is divided into manual type and manual type according to the operation mode. Automatic type. In the current precision image inspection industry, whether it is a two-dimensional or three-dimensional coordinate measuring machine, manual image measuring instruments have gradually been replaced by fully automatic imagers.
So, what is the advantage of automation in the application compared to manual? Whether it is a precision tool, such as the second element or some other daily necessities, the latter factor to be considered when choosing them is the cost-effectiveness. In the end, only more cost-effective products are favored. Compared with manual testing, what is the cost-effectiveness of fully automatic testing equipment? Compared with manual test equipment, automata cannot be compared with price. The price of manual instruments is only tens of thousands, while the price of automatic instruments is hundreds of thousands, so automatic machines have no advantage in this respect. Then we compare the performance of the two. Manual and automatic operation modes are different, so the performance is also very different. Due to human operation factors, manual machines will produce large human errors during the detection process. This also leads to the accuracy of the manual second element in the detection. It is far inferior to the automatic model. In addition, because manual machines need manual control, their detection efficiency is also very different from that of automatic machines, so they cannot meet the needs of a large number of customers. Not only that, although the price of automatic machines is much higher than that of manual machines, automatic binary machines can solve problems that cannot be solved by manual instruments in addition to good performance. Therefore, combining these factors, we can see that the cost-effectiveness of automatic instruments is higher than that of manual image inspection instruments, which is why more people choose automatic image measuring instruments.
Hydraulic universal testing machines have very high accuracy requirements.
The hydraulic system is the power drive mechanism of the tensile testing machine.
The specific application of the electronic universal testing machine in the automobile manufacturing process: The electronic universal testing machine needs to be used for automobile parts.
Wave soldering refers to the molten solder (lead-tin alloy), sprayed by electric pump or electromagnetic pump into the solder wave required by the design, can also be formed by injecting nitrogen into the solder pool, so that it is pre-loaded The printed board of the component realizes the soft soldering of the mechanical and electrical connection between the solder end or the pin of the component and the pad of the printed board through the solder wave.
The frequency converter is a power control equipment that uses frequency conversion technology and microelectronics technology to control AC motors by changing the frequency of the motor's working power supply.
Electronic universal testing machine is a necessary equipment to control the quality of products.
The calibration operation of the electronic universal testing machine is still relatively unfamiliar to friends who use it for the first time.
Selective wave soldering defects and their prevention.
Testing machine, broadly speaking, is an instrument that verifies the quality or performance of a product or material according to the design requirements before it is put into use.
The tensile force is not an accurate value after being measured by the testing machine, and subsequent calculations are required to get the desired value.
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