The robotic arm can determine what material an object is made of and then calculate the force required to manipulate it. For example, the robot can pick up laundry, load the dishwasher, carry heavy objects, and reach higher objects.

The robotic kitchen is already functional. In the robotic kitchen, everything is adapted for optimal robotics work based on proven industrial manipulators. The robot can break eggs, use a blender or turn on the water tap. The entire cooking is fully automated. The robot was trained with the help of a camera recording of the cooking process and its verbal description.

Several applications of robotics already surround us. However, we usually turn a blind eye to them. Given below are some of the major examples of robots in our day-to-day lives:

1. Entertainment

A captivating application of robotics lies in the entertainment sector. Toys powered by robotics are appalling and exciting for young people. They offer many features that can help youngsters to learn and enjoy at the same time. Such toys raise curiosity and build interest in the tech sector.

2. Households

Robots are now being deployed for personal uses to reduce human efforts. With the growing technological advancements, we have been provided with many fully automated and easy-to-use devices. You can use these robots to help with household chores. Although many robotics-powered machines haven’t been invented yet, they are expected to be available soon. Some examples of robots that help in household activities are:

  • Home robots can look after pet animals even if you aren’t present at home.
  • Robots can help with laundry and cleaning kitchens and even toilets.
  • Home robots can monitor your household activities every day, and some can even make things ready for you. For example, a few robots can help you prepare meals.
  • Some robots assemble things in the house, such as furniture, and help you with heavy objects.
  • When you’re not home, robots can look after it and notify you in case of any disturbances near your home.
  • A few robots can answer your phone call and continue the basic formal conversation.

These robots are powered by artificial intelligence (AI) — a technology capable of practicing machine learning (ML) for enhanced operations. There are many things that robots can do in households, but such robots aren’t yet available. And if on the off chance they are available, they are way too expensive.

 

3. Manufacturing

In the beginning, product manufacturing used to be a time-consuming task, requiring huge human force. It was challenging to manage the production speed as previously, every task was handled manually. In any case, with the growing technological advancements, several jobs that require physical work have been replaced by machines. This is one of the most prominent applications of robotics.

Robots deployed in the manufacturing industry offer many benefits, such as increasing production speed, decreasing human error, preventing mishaps, etc. Robots are largely used in assembling automobile components to build high-tech vehicles. Moreover, robotic arms are also employed in applications that need a task to be done repetitively, including brand-label wrapping, nut-bolt fastening, etc.

4. Medicine

The effect of robotics is undeniable in the field of healthcare. Lately, medical engineers have successfully invented surgical robots. This innovation has gained a lot of traction in the financial sector for more investments in medical science. Not long ago, Google and J&J were collaborating on building a next-gen medical robotic system.

In the recent past, robots were used only as assistants in the healthcare sector. However, now they are being introduced as part and parcel of the healthcare setting. Although it is not possible yet, it is not too far that robots will replace surgeons in operation theatres.

Nowadays, robotics engineers are working hard to successfully build micro and nanorobots. This is because they are capable of doing things precisely and performing extraordinarily. For example, in drug delivery, these robots can locally concentrate therapeutic payload around pathological sites to lower the dose of administrative drugs and the side effects caused by them.

5. Education

Robotics is now included in general-purpose technology. This means that it has the potential to change and influence societies in terms of their economic and social structures. Hence, it is now natural to discuss robotics in the education sector.

A lot of students suffer from different kinds of diseases. This means many of them cannot attend classes physically and miss lessons. Engineers have now invented robots that can help students attend classes from any place. These robots behave as a person in the classroom, which the student himself controls. Its cameras are its eyes and body for communicating with others. This way, a student can see and do everything in the classroom from the house or hospital.

Another interesting application of robotics in education is that of humanoid robots. Autistic students generally find it very frustrating and confusing while communicating with other people. The humanoid robots usually look like humans and are easy to communicate with as they look a lot like humans. These robots can help autistic students by giving educational lessons and teaching social cues. The success level is immense in this field.

Source: https://fintelics.medium.com/applications-of-robotics-in-everyday-life-88b12234cb46