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Over 40% Industrial Robot Patents are Used for Mechanical Engineering Sector

瀏覽次數:2252

According to a report from MIC, an ICT research institute in Taiwan, 45% of industrial robot patents are used for Mechanical Engineering sector followed by Instruments and Electrical Engineering; 33.1% of Control is the highest share.

Industrial robots have been widely applied in a broad range of fields such as assembly, production, electric welding, spraying and painting, food packaging, and component installation. Recent years, several companies have seen aggressive investment in related technologies or M&A activities, including Fanuc, ABB, KUKA, Yaskawa, Mitsubishi, Hitachi, Sony, Toyota, Honda, and Samsung. Even Foxconn has jumped on the bandwagon.

"After filtering the research results obtained from the USPTO, a total of 2,858 patents were left for analysis and, by analyzing key technologies covered by those patents, we can obtain a full picture of key patented technologies by sector and field," says David Chen, a senior analyst with MIC.

"Based on our finding, the majority of patents are used for Mechanical Engineering sector (45%) followed by Instruments and Electrical Engineering," says Chen.

"After classified by field, the results revealed the Control (33.1%) has the highest share, followed by Handling and Machine Tools"

Based on IFR (International Federation of Robotics) statistics, global industrial robot market volume reached around 163,800 units in 2014, up from 162,000 units in 2013 and will stand at 191,800 units in 2016. The market has a CAGR of 8% from 2010 to 2016.

On top of that, although China has posted the highest growth for industrial robot sales, soaring wages, frequent strikes, and a constant shortage of labors in Asian countries have affect production capacity and product quality. The deteriorating labor market conditions have forced foreign-invested companies to consider replacing some human jobs with industrial robots.

稀土棋局下的台灣解方:從供應鏈韌性看關鍵礦物合作新契機
特別企劃半導體

稀土棋局下的台灣解方:從供應鏈韌性看關鍵礦物合作新契機

稀土與關鍵礦物已成全球科技競爭與經濟安全的重要戰略資源。面對供應鏈高度集中與地緣風險升高,台灣如何透過國際合作、技術替代、戰略儲備與城市採礦,建立自主且具韌性的關鍵礦物供應體系?

稀土與關鍵礦物已成全球科技競爭與經濟安全的重要戰略資源。面對供應鏈高度集中與地緣風險升高,台灣如何透過國際合作、技術替代、戰略儲備與城市採礦,建立自主且具韌性的關鍵礦物供應體系?

關鍵字:Industral PC