Talk about the epidemic resistance of robot becoming normal with MAO linear motor. We originally thought that after saying goodbye to 2020, we would get rid of the shadow of novel coronavirus epidemic, but we never thought that just at the beginning of 2021, the number of patients diagnosed with COVID-19 worldwide exceeded one hundred million. In addition, novel coronavirus mutation and the NTH wave of epidemic attack... All kinds of bad news kept coming.

  Against this background, countries around the world have upgraded anti-epidemic measures. In order to minimize human contact and reduce the risk of cross-infection, all kinds of robots have been used to fight the epidemic. At present, robot anti-epidemic is becoming normal.

Albert Heijn, a large supermarket chain in the Netherlands, has introduced an intelligent service robot called Cruzr. Isetan Department Store in Yokohama, Japan, has also introduced humanoid robots; Seoul's Seoko district government has deployed robots to measure temperature and prevent outbreaks in 51 primary, middle and high schools in the district.

  During the epidemic period, China even maximized the effectiveness of robots. UAV was used to monitor whether there was aggregation, logistics robots were used to deliver packages, cabin CT robots were used to conduct Covid-19 screening, and construction robots were used to build isolation points.

  When it comes to all kinds of robots that play an important role in the epidemic, many of them are closely related to linear motors. Linear motors have practical application cases in CT machines, construction robots (pile drivers, winching machines, etc.), logistics robots (sorting machines, palletizing machines, etc.) and unmanned aerial vehicles.

  Tongmao linear motors are independently developed and produced by Kunshan Tongmao Electronics Co., Ltd. With high performance and high quality, the products are sold overseas.

  This article is originally written by Kunshan Tongmao Electronics Co., Ltd. (www.tmmotion.com). Please indicate the source.