Falcon machine tools said that this time they negotiated with MIKIPULLEY and Ebarashoji, and both parties have agreed to arrange sample shipments and production line visits.
5G Applications Threaten Japan's Industrial Robot Industry
Japan's industrial robots account for 40% of the global market, ranking first in the world, and Japan is therefore considered to be the world's leading robot power. After the decline of Japan's home appliance industry and mobile phone industry, industrial robots have become more important to Japan's export industries and high-tech industries.
To control industrial robots installed in cloud systems, the bottleneck lies in the network transmission speed. Automated equipment that emphasizes real-time high-speed operation cannot tolerate the time lag of wireless network data transmission, and wired network is easy to interfere with operation. It is more suitable to install on terminal equipment.
The assistant director of the Industrial Machinery Division of the Ministry of Economy, Trade and Industry of Japan said that 5G will be applied from 2020 and may be popularized in factories after 2025. Industrial robot factories should still have time to respond; however, the cloud-based trend of robot control systems is unstoppable. The factory should prepare early.
Smart Factory Related Markets and Japan's 5G Development Trend
One of the major trends in the manufacturing industry from small samples, large quantities to diversification and small quantities is one of the major trends in the manufacturing industry. Therefore, the demand for flexible and labor-saving production lines has greatly increased. Automated guided vehicles (AGVs) equipped with robotic arms are used in the picking or assembly of automotive components. The applications of transportation between storage, semiconductor wafer box transportation, and laboratory equipment transportation for medical product development are also increasing day by day.
Although the impact of the US-China trade friction in 2019 has brought resistance to economic recovery, Japanese manufacturers have gradually increased their awareness of factory intelligence, and the use of technologies such as IoT and AI will also become more active. The Japanese market research agency estimates that the global smart factory-related market will reach 6.9 trillion yen in 2025, which is a three-fold increase compared to 2018. The new coronavirus epidemic has drastically changed Japan’s life and economic activities. It follows the trend of diversified work methods. Japan’s demand for robots and artificial intelligence (AI) has increased. The growth strategy announced by the Japanese government recently will also promote the response to the "Post-Epidemic Time" measures are the focus of governance.
Affected by the epidemic, Japanese companies were unable to purchase overseas and were forced to adjust their previous trading habits of having to touch physical products and visit factories to cooperate. They are slowly adapting to this wave of digital trade. Japanese manufacturers said that Japan’s culture and living habits are similar to Taiwan’s. Taiwanese suppliers handle product development and customer service quickly and well. Although the price is slightly higher, Japanese companies are more willing to cooperate with Taiwan and encourage others. Japanese companies tried to use technology to negotiate.
Falcon CNC lathe products have obtained a number of patents, which meet the high standards of Japanese companies, and shipments can be confirmed once the epidemic has passed.
About Chevalier (Falcon Machine Tools)
From the very beginning of its establishment, the company has chosen the most forward-looking grinding machine manufacturing in the machinery industry, and has gradually moved towards the cutting-edge technology industry. Development goals. With the rapid development of the technology industry, the cutting-edge technology industry will become more and more closely related to our lives.
Falcon is a major feature of this unit from design to development in one go. The products designed by ourselves are developed by ourselves. The design class provides support for design principles and drawings. The electronic control development class supports electrical development and engineering applications. Finally, it is improved by technology. Personnel assist in technology transfer operations.
Import CAD computer-aided design system, use computer functions and integrate engineers' accumulated technical experience to design a machine tool with the strongest rigidity and perfect function, and connect with MIS to integrate the design engineering data management system and complete the computerized management of the whole plant system.
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