Science equipment Scope
The size, shape, purpose, complexity and complexity of scientific equipment vary widely. They include relatively simple laboratory equipment, such as scales, rulers, astronomical clocks, thermometers, etc. However, the dimensions of some scientific equipments can be quite large and are significantly more complex, like particle colliders or radio telescope antennas. On the contrary, micro-scale and nano-scale technologies are moving towards the miniaturization of the equipment size, including nano-scale surgical equipments, bio-nano robots and bio-electronics.
The main types of science equipment
In the construction of the National Science and Technology Basic Condition Platform, scientific equipment and equipment resources are divided into analytical equipment, physical performance testing equipment, measuring equipment, electronic measuring equipment, marine equipment, earth exploration equipment, atmospheric detection equipment, astronomical equipment, medical diagnostic equipment, nuclear equipment, Special testing equipment, process experimental equipment and other 11 categories.
Development of science equipment
The development of scientific equipment and equipment involves multiple disciplines and advanced technologies. The product development cycle is long and the market cycle for forming products is longer. A large amount of capital is required. Moreover, scientific equipment development is also closely related to scientific research level. Therefore, we cannot expect that China's scientific equipment industry can fully catch up with or even exceed the manufacturing level of international equipment in a short period of time, but we can give priority to the development of scientific equipment products with Chinese characteristics and suitable for the needs of the Chinese market to avoid cooperation with multinational companies. Direct competition.
1. Utilize special resources to develop special field analytical equipments and systems.
The scientific equipments used in industrial and agricultural production, environmental protection and food safety in my country have certain research and development foundations. At the same time, industrial enterprises need to provide on-site services for the production of scientific equipments, but most of the on-site services provided by multinational companies are agency companies. Therefore, it is difficult for multinational companies to obtain all the profits of the value chain, which provides opportunities for my country's equipment production enterprises. China's scientific equipment industry can focus on the development of special analytical equipments in the above fields, including agricultural and food special nutrition equipments, pesticide and residue detection, soil rapid measurement and other agricultural and food special equipments, environmental monitors, life science equipments, coal mine safety detectors, etc.
2. Develop high-end scientific equipment products with certain research and development foundation.
According to my country's current industrial foundation, it is difficult to manufacture competitive high-end mass spectrometers, but not all fields that use mass spectrometers require high sensitivity and resolution. In some specific fields, the requirements for online, fast, and specific characteristics are better than those for other indicators. The production of such special mass spectrometers can not only meet the needs of users, but also avoid direct competition with multinational companies.
3. Strengthen the research and development of key technologies and key components of general analytical equipments to enhance the reliability and stability of products.
The backwardness of key technologies and key components is the main factor behind my country's overall level of scientific equipments and equipment lagging behind that of developed countries. China has a certain foundation in the research and development of key components of spectroscopy equipments and chromatographic equipments, especially spectroscopy equipments started early, the degree of localization is relatively good, and a considerable number of equipments are exported overseas, but the reliability and stability are further improved . It is recommended to strengthen the research and development of key technologies and key components of these two types of general analytical equipments, enhance their stability and reliability, and establish a database for equipment application evaluation.
4. R&D of key components for high-end scientific equipments.
The domestic demand for most high-end scientific equipment products is very small, such as large-scale cascade high-precision high-sensitivity mass spectrometers, high-magnification electron microscopes, high-frequency nuclear magnetic, etc., currently relying mainly on imports to meet demand. Under the condition that the timing of the whole machine technology is not mature, it is recommended to invest funds to develop the key components necessary for high-end scientific equipment products, and wait for the time to develop the whole machine.
5. Strengthen the development of application standards for special scientific equipment.
The domestic demand for most high-end scientific equipment products is very small, such as large-scale cascade high-precision high-sensitivity mass spectrometers, high-magnification electron microscopes, high-frequency nuclear magnetic, etc., currently relying mainly on imports to meet demand. Under the condition that the timing of the whole machine technology is not mature, it is recommended to invest funds to develop the key components necessary for high-end scientific equipment products, and wait for the time to develop the whole machine.
6. Accelerate the development of scientific equipment manufacturing service industry and strengthen the research of applied technology.
The scientific equipment manufacturing service industry includes: providing users with technical solutions tailored to market needs, providing software services, and supporting components and consumables for scientific equipment products. For these areas, it is recommended to strengthen the construction of application laboratories, accelerate the research of applied technologies, establish a complete sales and service system, enhance the added value of scientific equipment products, and enhance the competitiveness of enterprises.
Top 29 Chinese scientific equipment enterprises
1、 Thermo Fisher Scientific(China)Co.,Ltd.
2、 Agilent Technologies(Shanghai)Co.,Ltd.
3、 Shimadzu(China)Co.,Ltd.
4、 Focused Photonics (Hangzhou), Inc.
5、 METROHM CHINA LIMITED
6、 Sym-Bio Lifescience Co.,Ltd.
7、 Anton Paar (Shanghai) Trading Co., Ltd.
8、 Jena Analytical Equipments (Beijing) Co., Ltd.
9、 Malvern Panalytical (affiliated to Shanghai Sibaiji Equipment System Co., Ltd.)
10、WATERS TECHNOLOGIES-(SHANGHAI)LIMITED
11、Mettler-Toledo International Trading (Shanghai) Co., Ltd.
12、Hitachi High-Technologies(Shanghai)Co.,Ltd.
13、Horiba(China)Trading Co.,Ltd.
14、Jinan Hanon Equipments Co.,Ltd.
15、INESA Holding Group
16、Jiangsu Skyray Equipment Co.,Ltd.
17、WATERS TECHNOLOGIES-(SHANGHAI)LIMITED
18、Merck Serono Co.Ltd.
19、Qingdao Laoying Environmental Technology Co., Ltd.
20、Oxford Equipments Technology (Shanghai) Co., Ltd.
21、Shanghai Ab Sciex Analytical Equipment Trading Co., Ltd.
22、East & West Analytical Equipments, Inc.
23、Beijing Labtech Equipment Co.,Ltd.
24、Micromeritics Equipment(Shanghai)Ltd.
25、Suzhou Niumag Corporation
26、KYKY Technology Co.,Ltd.
27、Shanghai Yiyao Equipment Technology Development Co.,Ltd.
28、Dandong Bettersize Equipments Ltd.
29、Carl Zeiss Vision(China)Ltd.
