The first 10 robotic machine ever invented is growing rapidly, and it’s expected to continue doing so into the future. Robotics are becoming more sophisticated, and they’re also becoming more affordable to use. People have been using them in many different ways for years now, but now they’re getting even better at it!
1.First 10 Robotic Machine Ever Invented: Unimate in 1954
The first robotic machine ever invented was the Unimate in 1954. It was designed to lift and assemble car parts, but it also had a human operator who could control it remotely from a control panel located on top of its head. It weighed 2000lb and stood 6ft tall, which made it very heavy for its size.
The Unimate’s success helped revolutionize the automotive industry by allowing companies like General Motors (GM) to produce more cars than ever before with fewer workers; this led to higher profits for GM and other companies because there were less labor costs involved with manufacturing vehicles compared with previous years when they were using manual labor only!
2.First 10 Robotic Machine Ever Invented: FANUC in 1972
The FANUC, which stands for “Fujitsu Computer Products”, was the first robotic machine to be used in a factory. It was invented by Takao Kawamata and Masatoshi Nishizawa of Tohoku University in Japan. This robot can perform different tasks such as welding, painting and assembly work.
The second robotic machine invented was the ROBOMEKA2 designed by Dr. Kiyoshi Kurosaki at Osaka University Japan in 1972 – 1973. It has been developed into many versions since then including ROBOMATICA2 which is still being used today by Hitachi Ltd., Tokyo (Japan).
3.First 10 Robotic Machine Ever Invented: Puma in 1979
The third robotic machine invented was the Puma in 1979. It was a robot that could be used in factories, where it would pick up parts and put them together. This is because it had a computer that could be programmed to do specific tasks.
This was one of the first robots that could be used in a factory, because they saved time by doing many repetitive tasks instead of just one at a time like other machines did back then (before computers).
4. First 10 Robotic Machine Ever Invented: NAO in 2006
The forth robotic machine invented was the NAO in 2006. It is a humanoid robot that can be programmed to do many tasks, including walking, grasping objects, and even speaking. The European Robotics Research Network (ERR) was created by the European Union to study robotics and artificial intelligence technology.
The NAO was created by Aldebaran Robotics, who also made another groundbreaking robot named ASIMO (Advanced Step in Innovative Mobility). ASIMO has been used in education and research since 1997; however it has not yet been commercialized for use outside of academia or private companies such as Toyota Motors Corporation who uses it for testing their cars’ safety features before making them available worldwide!
5. MABEL in 2009
Mabel is a humanoid robot developed by the University of Michigan to be used as a research platform for human-robot interaction. The robot was unveiled in 2009, and is capable of recognizing people and objects, responding to verbal commands, and even walking on two legs like a human being would.
Mabel’s creator, Professor Cynthia Breazeal (from the Department of Science Engineering & Engineering Technology at UMich), said that this particular robot can understand what humans want her to do when they speak with her using voice recognition software built into her computer brain so she can understand what you want her to do without having any prior knowledge about how you think or feel about things like how much time is left until your meeting ends up being over?
6. Baxter in 2012
Baxter is a humanoid robot that can be programmed to perform simple tasks. The robot has been designed to work alongside people and learn new tasks by watching demonstrations.
Baxter is able to move with ease, but he doesn’t have arms or legs like other robots do. Instead, it uses wheels on each side of his body for mobility and balance when performing tasks like cleaning floors or vacuuming carpets!
7. Mari Bot in 2016
The seventh robotic machine invented was the Mari Bot in 2016. It’s a humanoid robot that can be used for research and education, but it’s not intended for human companionship.
The Hanson Robotics team designed this robot to be expressive and mobile, using sensors and sensors to recognize objects around it—and even other people, if they’re close enough (about four feet). They also programmed it with artificial intelligence so that it could learn from its interactions with others.
Mari was featured in the 2015 movie Chappie; she was played by Dev Patel’s character, Robbie DeWitt. Like most robots at this point in time, Mari doesn’t have any arms or legs because they would interfere with her ability to move around freely while carrying out tasks such as cooking or cleaning house!
8. iCub in 2018
The eighth robotic machine invented was iCub in 2018. It is a humanoid robot designed to be used in research and education. IIT and the Italian Institute of Technology jointly developed the robot, which was inspired by human infants.
The iCub project has two main goals: to develop a new generation of robots that can perform tasks similar to those performed by humans, while still being able to interact with humans; and to study how humans interact with robots
The ninth and latest robot that has been released is Pepper by SoftBank, which is a robot designed to communicate and interact with people, as well as read their emotions through facial expressions and behavior patterns.
The ninth and latest robot that has been released is Pepper by SoftBank, which is a robot designed to communicate and interact with people, as well as read their emotions through facial expressions and behavior patterns.
Pepper has a face that looks like that of an infant, but it can also be programmed to act like any other human being when needed. For example, Pepper was programmed to act like a teacher so it could teach children how to read by showing them pictures of words on a blackboard or using flash cards with pictures of objects on each side (like stick figures).
Pepper also has two arms with hands so he can hold onto things. And without falling over backwards or breaking bones in his face! The arms move independently from each other making it easier for him keep his balance while walking around without falling down because one arm might bump into something else causing him lose balance resulting in injury; if this happens during daily activities then there would be no way around getting hurt badly enough so they need some kind of support system where they can go ahead safely instead being afraid every time someone tries coming close enough towards them
Robotics will continue to grow as a big part of our lives as they become more sophisticated
You may be thinking, “Robotics will never be a big part of our lives.” But if you look around at the world today. It’s becoming more and more apparent that robotics are going to be an important part of our future.
Robots are already helping people in many ways. From making cars faster and safer to being used for simple tasks. Like cleaning up after us or taking care of children who need help with their homework. The list goes on and on–robots are coming into play everywhere we look!
We can’t wait to see what else they do next!
Conclusion
The future is bright for robotics, and we can’t wait to see what comes next.