In the past 20 years, high-tech, such as microelectronics technology, computer technology, precision machinery technology, thin-film technology, network technology, nanotechnology, laser technology, and biotechnology have developed rapidly, resulting in fundamental changes in the field of analytical instrumentation. Move toward miniaturization, intelligence, automation and networking.
How to use the instrument well? Play its biggest role. The development of the application technology of analytical instruments has become an extremely important issue. Through the application of analytical instruments, the industry technology is improved, the efficiency is improved, the quality is guaranteed, and the cost is reduced. Therefore, it can be said that users are not just consumers, but more importantly they are profiters. For this reason, accelerating the development and promotion of application technology and maximizing the actual use of analytical instruments are important topics for analytical instrument manufacturers.
With the development of networks and communications, analytical instruments are moving toward networking, intelligence, and intelligence. The service of analytical instruments has become an important direction for future development. The manufacturers of future analytical instruments will not only provide the products themselves but the application services of the instruments. The user is only interested in the accurate and stable measurement and analysis data that he wants most, especially in the application of environmental monitoring and process analysis.
Due to the powerful network and communication functions, the provision of such services has also been made easy by the remote maintenance function. At the same time, with the downstream industry increasingly demanding the accuracy, performance, and stability of analytical instruments and systems and industrial process analysis systems, we use advanced technologies and processes to select appropriate analyzers, application software, circuits, and gases. Road, to promote the analysis of the instrument system to low power, multi-functional, integrated and systematic development will be the industry trend.
Metal CNC precision machining accounts for a very high proportion in the CNC machining industry, whether it is CNC turning or CNC milling. CNC machining of metal parts requires selecting appropriate tools, setting reasonable parameters and programming reasonable tool paths according to the material and structure of the parts in order to produce good products. This has very high requirements on the technology and experience of the production engineer. Whether a product can meet the requirements depends largely on the production engineer. The same equipment and the same tool may produce two completely different products under the operation of different engineers.
SCZY's production engineers have more than 10 years of experience in the industry, and can easily deal with workpieces of various materials and structures, and can ensure the pass rate of the workpiece. Of course, in addition to good staff, we also have good equipment and good tools to cooperate with high-quality production engineers to produce good products. Finally, we also have sophisticated testing equipment and excellent quality inspectors to ensure qualified products.
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