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Syscon Co., Ltd. 20.03.20

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'Syscon Co., Ltd.'

Recently, logistics robots are one of the most promising robotics fields. Logistics robots, such as autonomous mobile robots (AMR) and picking robots, are leading innovation in the logistics industry. As Amazon, the world's largest e-commerce company, acquired Kiva Systems, a logistics robot company, to promote automation of logistics tasks, and logistics robots were introduced to major U.S. distribution centers to seek innovation in logistics tasks, not only e-commerce companies but also distribution companies , even manufacturing companies are competitively introducing logistics robots.
Siskon Co., Ltd. (CEO Jeong Man-chae, Kim Heung-soo) is a robot company located in Incheon Robot Land and is a promising company that has recently emerged in the field of autonomous mobile robots and is the winner of the "2019 Korea Robot Company of the Year Award" by the Robot Newspaper at the end of last year.Based on the long-established System Integration (SI) experience of factory automation, it is the most suitable and ready company for the upcoming industry by directly developing and supplying logistics robots and IT solutions.
Seeing the possibility of autonomous mobile robots (AMR), he entered the robot business, and then about three years ago, CEO Kim fell into robots and decided to make robots a new business in the future. Among them, the focus was on logistics robots and industrial autonomous mobile robots. Unlike conventional AGVs, an autonomous mobile robot is a robot that travels by self-judgment without a separate guide, reflector, or QR code. SLAM-based real-time surrounding map generation and self-location, self-identification of people or obstacles can be judged and avoided, an optimal route can be created by itself or driven along a designated route, and work can be prioritized through communication between several robots. The autonomous mobile robot platform can be shared both for industrial and service use. Rather, industrial use requires higher precision than service use.

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