Top 3 robotics events in 2020
Rescue operations are one of the most dangerous jobs in the world. For the better parts of human existence, we have undertaken this operation ourselves. Now, the plot is about to change. With the application of servo (read more here) and the latest sensor technologies to the development of drones and robots, rescue operations are becoming less dangerous with technology playing a pivotal role. Below are some of the ways robots and drones have shaped rescue operations: Hurricanes and flooding are complicated rescue operations to navigate. It is difficult for rescuers to know if people are alive. Rescuing them poses a different set of challenges, especially when the weather condition makes the water unstable.
This brings us to the subject of robot pets. It shouldn’t come as a surprise that robot pets are being invented in this tech age when bots are becoming increasingly popular. For example, there’s the companion pet pup and a pet cat by Joy for All, a toy company owned by Hasbro. Hansa Creations has also invented pet cats and dogs that have the ability to interact with people. Also, there’s the pet seal by the National of Advanced Industrial Science and Technology (Japan). Read even more information at this post.
Each of these events is a carnival where you’d feel right at home, with people who share the same interests as you. You would get a chance to interact and learn from your superiors and those who call the shots in the robotics industry. With that being said, it is essential that you take part in some of these, especially if you are a tech-geek. For the tech-savvy, these events are a dream come true. While we are preparing for those, do you, by any chance know any other conferences or events which will take place next year and which we failed to mention here? We are sure that there are plenty of those and we cannot wait to hear about them – leave the comment below!
Robots have our back! Worried that a robot may substitute you? Well, there are certain situations in which you wouldn’t mind a robot having your back. Just think for a moment about defusing a bomb or entering an unstable building to save someone. If you could decide, would you play safe or risk your life? There are many types of robots and they are used for a multitude of purposes. However, most of them are used to make our lives easier and safer: in dangerous environments, under extreme conditions in which humans wouldn’t survive, manufacturing processes, in STEM as a teaching aid, medicine, etc. A rapidly growing field, nowadays robotics is applied to virtually any activity domain you can think of: medicine, education, military, domestic, commercial, etc. Even more information on my publisher site.
Your robots may perform specific tasks that are not achievable by these materials. For instance, stainless steel exists for handling salty environments. Heavy-duty robots also operate in sensitive environments like handling food, electronics, and medical applications. Whatever purpose your robots may serve this hopefully helps you widen your knowledge about making. Hopefully, we have managed to cover some of the most common materials used in robotics. Bear in mind that these are the basic and most common ones. There are some additional materials and parts which are used in order to fully construct a functioning robot.
Alex Shikany, the Vice President of Membership and Business Intelligence for the Association of Advancing Automation, who reacted to the statistics made available, in his chat with The Robot Report, said that a conclusion cannot be reached because the data made available are yet to be established.
Manufacturing is constantly evolving and we are currently going through the age of increased digitization. While it’s always changing, there have been three manufacturing revolutions in the past and we are currently seeing the fourth. The first was the industrial revolution that started in Britain around 1760 with powered machinery used in the likes of the cotton industry. In the late 19th century, we saw the second revolution with electricity and mass production. The third came in the last century with the development of computers and robotics. Find even more information at this post.