On May 25, 2021, the inaugural meeting of Guangzhou Aosong Electronic Co., Ltd. and the first shareholders meeting of the first session were successfully held. All promoters, shareholders and authorized representatives of shareholders, proposed directors, supervisors, and senior executives Candidates, representatives of investment institutions, and representatives of relevant IPO listing counseling intermediary agencies attended the meeting. The inaugural meeting reviewed and passed the "Report on the Preparation of Guangzhou Aosong Electronic Co., Ltd.", the "Articles of Association of Guangzhou Aosong Electronic Co., Ltd.", and the "Proposal on Election of the First Board of Directors of Guangzhou Aosong Electronic Co., Ltd." Waiting for 11 proposals. The shareholders of the promoters unanimously agreed to change the company as a whole to establish a joint-stock company, and the company name was changed to "Guangzhou Aosong Electronic Co., Ltd.". Witnessed by the participants, the meeting elected the first board of directors, the first board of supervisors and senior management. The successful convening of the founding conference of Guangzhou Aosong Electronic Co., Ltd. is another milestone in the history of Aosong Electronic, and it marks that Aosong Electronic has entered a new stage of development. The company’s shareholding reform will help improve Aosong Electronics’ management structure and standardize its operation. At the same time, it will play a positive role in broadening financing channels, enhancing R&D and market development capabilities, and enhancing core competitiveness in the future. Standing at a new historical starting point, Aosong Electronic will integrate various professional resources and capital, enhance brand value, expand industry influence, actively face future opportunities and challenges, and continue to focus on new strategic deployments in the semiconductor field, On the sensor industry and other tracks, we will accelerate our navigation and forge ahead, realize the leap-forward development of the enterprise, and become a world-class sensor manufacturer with global competitiveness.
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On July 26, 2021, Guangzhou Silicon Core Material Technology Co., Ltd. held an unveiling ceremony in Aosong Electronic (Guangzhou) Industrial Park. Nearly 30 guests from university scientific research institutions and cooperative enterprises attended the event. Professor Zhou Xiantai, Dean of the Huizhou Research Institute of Sun Yat-sen University, Professor Ge Jianfang from Zhongkai College of Agricultural Engineering, Wang Songwei, General Manager of Jiangmen Jiuguansong New Material Technology Co., Ltd., and Guangzhou Zhong Yu Mianxiong, general manager of Yu New Material Technology Co., Ltd., Zhang Bin, chairman of Guangzhou Aosong Electronic Co., Ltd., and Professor Chen Xunjun, general manager of Guangzhou Silicon Core Materials Technology Co., Ltd. unveiled the company. As a holding subsidiary of Guangzhou Aosong Electronic Co., Ltd., Silicon Core Materials will develop high-end electronic packaging materials and electronic adhesives. It has established a material research and development center, a semiconductor photolithography and packaging verification center, and a product material analysis and testing center. , Advanced technology production base, etc., mainly provide high-quality functional electronic materials and effective solutions for semiconductors, chip packaging, LED optoelectronics, smart sensors and many other fields, involving chip bonding and packaging, electronic sealing/potting, bonding, Scenes with high thermal conductivity, high refractive index, and high light transmittance. With the rapid development of my country's electronic information industry, the supporting electronic materials industry has also ushered in a period of rapid development. The endless new electronic materials are the focus of the new material industry. According to statistics, the revenue of the electronic materials industry in 2020 will exceed 750 billion yuan, and it is still growing rapidly every year. The market capacity cannot be underestimated. However, my country’s original innovation ability in the field of high-end electronic materials is insufficient. The electronic special materials required for the lithography, chip packaging and other processes involved in the semiconductor industry are still highly dependent on imports, and there is a risk of being "stuck" and becoming my country’s electronics industry. The weak link in the development of the information industry. Facing the lack of ecology in the domestic electronic materials industry, Aosong Electronic, which has been cultivating in the MEMS IDM field for nearly 20 years, met the challenges of the times, established a silicon core material subsidiary, and built a senior core R&D technical team. Relying on the advantages of Aosong Electronics' rich experience in material synthesis and electronic applications, silicon core materials quickly mastered the independent technology of electronic packaging materials, developed and manufactured unique core materials, and formed unique special electronic materials products in the industry. Provide internationally competitive innovative products and systematic solutions for the (micro)electronics and optical industries. The establishment of silicon core materials is an important strategic deployment for Aosong Electronic to enter the field of electronic materials, and it carries Aosong Electronics' major mission of breaking monopoly, replacing imports, and meeting the needs of high-end manufacturing. In the future, Aosong Electronics will aim at the cutting-edge technology of international electronic materials, continuously improve the level of independent innovation, help the high-quality and rapid development of China's electronic materials industry, and contribute to enhancing the independent controllability of the integrated circuit industry chain.
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Guangzhou Aosong Electronics Co., Ltd., an intelligent sensor industry chain enterprise integrating R&D, design, manufacturing, packaging and testing, and terminal applications in the MEMS field, has launched a new intelligent digital gas mass flow meter based on its advanced semiconductor technology. AMS2106, among similar products on the market, has achieved the three significant advantages of flexible use, cumulative flow measurement, and mixed gas flow detection, which meets customers' demand for high-cost performance. AMS2106 Intelligent Digital Display Gas Mass Flowmeter Excellent performance and craftsmanship The AMS2106 intelligent digital gas mass flowmeter is built based on Aosong Electronics' experience in intelligent sensors for nearly 20 years. This product has high sensitivity, flexible output mode and high stability in the full range. Ma Pengfei, the person in charge of the flow department of Aosong Electronics, introduced: "AMS2106 is carefully built by the whole team and is equipped with a MEMS flow sensor chip independently developed by Aosong Electronics. To pursue high precision and stability, some materials of the chip are used. It is made of precious metal platinum. Due to its stable physical and chemical properties and easy purification, the chip made has high-temperature measurement accuracy, strong long-term stability, good reproducibility, and long service life. The product range ratio has reached 50:1. It has good accuracy across the entire range." The AMS2106 adopts thermal mass flow measurement without the customer's additional temperature and pressure compensation, which ensures the high-precision calculation of the flowmeter, high sensitivity, and can keenly perceive the minimal starting flow rate and start the calculation. The product can display instantaneous and cumulative flow, which is convenient for users to view, supports the measurement of multiple gases, and allows customers to perform on-site calibration of some special gases. The product has two modes of battery power supply and external power supply, which will not impact the data when switching. Aosong Electronics can customize personalized intelligent sensor solutions for customers in various industries, allowing products to be easily integrated into customers' systems. AMS2106 currently adopts the NPT connection method, and the interface can also be customized according to customer needs, which is convenient for customers to install and use. Wide range of applications It can be used to monitor air, nitrogen, oxygen, argon, carbon dioxide, dry and clean non-corrosive gas flow, widely used in electrical and mechanical, food, tobacco, chemical, glass, medical, agriculture, forestry and fishery, analytical instruments, scientific research institutions and other industries. For example, industrial gas monitoring, medical oxygen monitoring, nitrogen filling of food packaging, mask machine gas monitoring, pharmaceutical and laboratory gas flow ratios, etc. To Aosong Electronics Introduction Aosong Electronics is a high-tech enterprise of smart sensor MEMS IDM. It has self-developed sensor chips and advanced MEMS semiconductor manufacturing process production lines. With nearly 20 years of sensor research and development experience, it provides global customers with application terminal solutions and continues to provide customers with better quality Serve and create higher value.
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With the development of emerging information technologies such as biomedicine, artificial intelligence, Internet of Things, and 5G networks, traditional manufacturing will be further transformed and upgraded with the help of new technologies. MEMS semiconductor sensor chips play a central role in the era of intelligent Internet of Things. The intelligent sensor industry has become the key to promoting the transformation and upgrading of traditional industries. This has great strategic significance for the economic development and industrial structure optimization of the Guangdong-Hong Kong-Macao Greater Bay Area and even my country. In 2020, the 6-inch MEMS semiconductor sensor chip production line of Guangzhou ASAIR Electronics Co., Ltd. was officially put into operation. It successfully produced temperature and humidity, flow, gas, differential pressure, wind speed and other sensor chips, and provided MEMS semiconductor chip generation for some Pearl River Delta customers. Service. The completion and commissioning of this production line marks that ASAIR Electronics has become a leading MEMS semiconductor sensor chip production base in South China, and has laid a good foundation for promoting the high-quality development of MEMS semiconductor sensors in China, especially in the Guangdong-Hong Kong-Macao Greater Bay Area. ASAIR Electronics has invested huge sums of money to build a MEMS semiconductor chip production line. The total area of the first-phase project purification workshop is about 2500 square meters, equipped with wet cleaning area, 100-level cleanliness lithography area, 1,000-level cleanliness coating area, and 1,000-level cleanliness engraving area. Corrosion area, 1000-level cleanliness ion implantation area and visiting passages, etc. A number of high-performance air shower systems have been installed throughout the clean room to thoroughly dust off employees or goods entering the clean room. The first phase of the production line was established in March 2019 and officially entered the construction phase in June 2019. After 6 months of construction, the infrastructure of the production line has been installed. In 2020, multiple stepping projection lithography machines, double-sided lithography machines, glue developing machines, deep silicon etching machines, large beam ion implanters, PECVD, LPCVD, oxidation furnaces, magnetron sputtering machines, probes Advanced automatic production equipment such as needle table, stress tester, and fully automatic RCA cleaning machine were moved in, and the production line was officially put into operation. The first phase of ASAIR Electronics' MEMS semiconductor production line is a 500nm MEMS semiconductor process, and the production equipment accounts for about 70% of the entire investment scale. The first phase of the project has successfully produced a variety of high-quality chip products such as temperature and humidity sensors, air quality sensors, gas sensors, flow sensors, and differential pressure sensors. According to the plan, the second phase of 2021 will build a 350nm process MEMS semiconductor production line; the third phase of 2022 will build a 180nm process MEMS semiconductor production line; after the total project is completed and put into production, the monthly tape-out scale will reach 40,000 pieces , To meet ASAIR Electronics' own needs and the foundry needs of various MEMS semiconductor chips in the Guangdong-Hong Kong-Macao Greater Bay Area. With the advent of the Internet of Things era, the Pearl River Delta Economic Zone, as one of China's most important manufacturing bases, has been at the forefront of the times. After the implementation of the "Guangdong-Hong Kong-Macao Greater Bay Area Development Plan Outline" policy, Guangzhou, as the capital city and economic center of Guangdong Province, the main node city of the Belt and Road New Asia-Europe Continental Economic Corridor and the strategic fulcrum of maritime cooperation, has continuously improved its dominant position. Based in Guangzhou, ASAIR Electronics has broken the monopoly of foreign companies in the field of MEMS semiconductor sensors, realized domestic substitution of imports, bravely shouldered the historical mission, and contributed to the construction of the Guangdong-Hong Kong-Macao Greater Bay Area.
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Instruments that measure fluid flow are collectively called flow meters or flow meters, and they are one of the most important instruments in industrial measurement. The measurement of fluid flow occupies an important position in industrial automation production and process control. Fluids can be roughly divided into liquid and gaseous media. The key component for measuring these two media is the flow sensor. Through the measurement of gas flow, people can master the flow process, perform automatic control of the production process, and implement energy management. With the application of Internet of Things technology in the industrial field, the Industrial Internet has become the direction and trend of development. Gas flow sensors are more and more widely used in the field of industrial automation. Such as natural gas, metallurgy, mining, petroleum, aviation, industrial packaging, industrial cleaning and other fields. Advanced precision manufacturing workshops, such as wafer and precision instrument manufacturing, need to be produced in clean workshops. The air in a clean workshop must reach a cleanliness level of 1,000 or even a hundred to meet production requirements. The closed clean workshop needs to be replaced with clean air every day. This requires automatic monitoring and control of flow sensors, which can not only meet the needs of production, but also control unnecessary excessive energy consumption and effectively improve the input-output ratio. In addition, there are industrial products that require nitrogen, ammonia, inert gas, etc. for production, which are inseparable from gas flow sensors for measurement and monitoring. For example, the AFM3000 series of flow sensors from ASAIR Electronics have the characteristics of high measurement accuracy, fast response, strong stability, etc., adapt to different harsh operating environments, and help the development of various fields of industry. AFM3000 series of flow sensors from ASAIR Electronics According to different industrial uses, the applied sensors can be divided into two types: flow and micro flow. For example, oxygen needs to be added for catalytic reaction, nitrogen filling of potato chip packaging, etc., must be controlled by micro-flow in order to achieve the desired monitoring effect. ASAIR Electronics' micro flow sensor AFS01 is one of the representative products used in this field. ASAIR Electronics' Micro Flow Sensor-AFS01 Gas flow parameters are important data necessary for industrial production, scientific experiment measurement and various economic accounting, and an important part of energy measurement. In today's era when the degree of industrial automation is getting higher and higher, the role of gas flow sensors in the national economy is becoming more and more obvious. In the future, it is an inevitable trend for the flow sensor to develop towards digital, intelligent, multifunctional and networked. ASAIR Electronics seizes the pulse of the development of the times and contributes to the development of domestic industrial automation.
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