The Top 10 Robotic Innovations In 2021

Latest Robotics Innovations

Machines have long left the confines of research laboratories to explore new areas. They are expected to be massively distributed in pharmacies, the automotive industry, and other industries. Numerous robots are already assisting the manufacturing industry in improving product quality and reducing turnaround times.

Robots have been around for decades. Through continuous innovations in robotics, robots continue to move closer to human lives and incorporate them into all aspects of life and work. Robotic innovation simply means the automation of many tasks that humans previously performed. Robotics has come a long way, from research laboratories to the development of new areas. Robots help people in all business areas, from self-driving cars to automating complex tasks and lifting heavy vehicles.

The automotive sector was the first to use intelligent manufacturing systems, which included industrial robots on assembly lines, which have dominated conventional vehicle manufacturing for over a century. Networking robots and automated vehicles - or relatively automated mobile robots - are the technology of the future.

The growing adoption of robots in manufacturing industries that have only recently moved to automation, such as textiles, food and beverage, wood, and plastic products, are being driven by advances in connectivity. As manufacturers can expand more readily than ever before, ongoing digital change will lead to entirely new business models.

The pandemic crisis has highlighted shortcomings in international supply chains. Manufacturers are given the opportunity to look at the offer from a new perspective. Manufacturers gain more flexibility when production is balanced with automation, which may not have been available in high-wage countries such as most of the European Union, Latin America, Japan, or Korea. Efficiency, adaptability and safety are all the benefits of robotic automation.

Here are some of the most recent advances in robotics and the reasons professional mechatronic engineers should help repair and maintain all of these amazing new robots.

 

Humanoid Robots

Humanoid robots are a type of professional robotic system that has been designed to simulate human movement and interaction. Space exploration and exploration are just a few applications for these robots, including personal support and care, arts and entertainment, repair and construction, and healthcare. Its market is expected to be worth the US $ 3.9 billion in 2023.

 

Multi-Tasking Robots

Modern robotic technology has penetrated every sector, performing a wide range of human activities with precision. For example, Ross robotics has developed a new generation of flexible, durable, and fuel-efficient self-driving vehicles capable of performing a wide range of activities. Its multipurpose UGVs can replace people in places where work is too dangerous.

 

Inflatable 3D-Printed Robots

Image source - https://interestingengineering.com/mit-and-bmw-develop-first-3d-printed-inflatable-material-that-could-be-used-in-future-cars

NASA interns Chuck Sullivan and Jack Fitzpatrick are creating 3D-printed inflatable robots to explore Mars. These soft robots are made from elastic rubber, partly made with a 3D printing mold. The soft body enables robots to move and bend without causing damage to their internal mechanics. Soft robots' flexible bodies also make them better suited to maneuvering in rough terrain, increasing their range of motion and reducing their size to fit their surroundings.

 

Ocean Robot

Image source - https://shipsandports.com.ng/10-interesting-facts-about-underwater-robots/

The ocean is a vital aspect of our existence, and we have no idea what is hidden under its surface. On the other hand, the advent of high-tech ocean robots made it possible to explore the ocean depths. Eelume, a Norwegian company, has developed the Eelume EELY500, a high-tech marine robot designed for underwater inspection and repair in an industrial setting.

 

Saul Robot

Image source - https://hpectechtrends.wordpress.com/2014/10/29/xenexs-saul-robot-a-powerful-tool-in-the-fight-against-ebola/

Robot Saul is a robot that emits intense pulses of powerful ultraviolet rays into the Ebola virus, turning it into useless pieces of genetic material. When effective treatments for the disease were lacking, the Air Force used this robotic equipment to eradicate the infection in areas where humanitarian workers were under quarantine.

 

Picoh

Image source - https://www.slashgear.com/softbanks-pepper-robot-reportedly-gets-the-chop-28680222/

Picoh is an expressive little robot head and a programmable robot that can become as smart as you. The robot has an expressive face that displays a spectrum of emotions using Pixel IntoFace technology, a color change base, and a touch-sensitive nose, making the bot lively and animated. Users can send updates in real-time to Picoh to customize the system as they wish by making a few changes to the code.

 

Pepper

Image source - https://www.slashgear.com/softbanks-pepper-robot-reportedly-gets-the-chop-28680222/

Pepper is a semi-humanoid robot that adjusts its behavior depending on the mood of the people around him. The robot developed by SoftBank Robotics detects and responds to emotions like grief, surprise, excitement, and rage in a natural and appropriate manner. Pepper detects noise using multidirectional sensors.

 

Robotic Vacuum Cleaner

Robot vacuum cleaners are complex programmable floor cleaning devices. They are easier to use as they are self-cleaning. Robot vacuums can be stored under beds, tables, and closets, but a conventional vacuum cleaner takes up more space. For example, Roomba iRobot is the most intelligent and most efficient robot vacuum cleaner.

 

Asus Zenbo

Image source - https://zenbo.asus.com/

The Asus Zenbo is an inexpensive robot that can roll on its own and accepts voice prompts. It's designed to help people remember things like exercise and medication, and doctor visits. This robot can also monitor its surroundings and connect to innovative home elements such as security cameras, lights, and door locks to detect any emergencies.

 

Delivery Robot

In today's congested industry, efficient last mile courier services have become critical to keeping businesses competitive. Robotic courier services promise many new opportunities for service providers. For example, a delivery robot, an Amazon scout, delivers groceries to shoppers by moving along the sidewalk and opening when it approaches their front door.

 

Conclusion

There is no doubt that the twenty-first century has witnessed incredible achievements and achievements. From the advent and widespread use of smartphones to the incredible growth of AI, deep learning, robotics, and autonomous technology, unique new products and technologies have been released in recent years that have made our lives easier and healthier. Robotics has moved from science fiction to the real world, completing challenging tasks and changing how we live. Robotics has advanced to the point that it can now be integrated into human life in many ways.