Robots are an integral part of the manufacturing process. They have come a long way in the past few decades with many innovations. Robots can now perform tasks that were impossible before, and their intelligence is constantly improving and expanding.
This change in the manufacturing industry has led to increased productivity, decreased labour costs, improved quality control and reduced errors.
The automotive industry is a prime example of the benefits of automation. In 2017, General Motors announced that it was to invest $1bn over the next five years to introduce more than 100 new models, with at least 20% of them being fully electric vehicles. This huge commitment for GM would not have been possible without the implementation of robotics in its factories.
Industrial robots are also used in other industries such as construction and electronics manufacturing. The use of these machines is expected to grow rapidly over the next few years as they become more accessible, affordable and functional. Here, we take a closer look at the increasingly integral role that AI-enhanced robotics are playing in the factories of the future.
What are AI-enhanced robotics?
Industrial robots are automated, programmable and self-operating machines that can be programmed to perform various tasks on assembly lines and in other settings. They are used extensively for dangerous or repetitive jobs, such as component assembly, welding, painting, chemical spraying and testing hazardous substances.
Industrial robots typically have an articulated arm fitted with various end-effectors (grippers, drills, cutting tools) and a programmable controller. They allow manufacturers to save money on labour costs while improving quality and consistency in production output.
Robotics applications are found in many commercial manufacturing operations, including automotive, healthcare, pharmaceuticals, food & drink, oil rigs, drilling platforms and other heavy industrial settings. They have become increasingly commonplace in modern factories, which have replaced human workers with automation.
While robotic technology isn’t new – the world’s first was invented in 1954 and put to commercial use in 1962 – robots with artificial intelligence are becoming more and more common in modern manufacturing. These robots are programmed to do a specific task, but they can also learn from their mistakes.
Traditional robots are not very intelligent. They are limited to performing the tasks they’ve been programmed to do. However, AI-enhanced robots can learn how to carry out tasks by themselves. They can also adapt to changes in their environment and perform more complex tasks, which means they can be used in a wider range of applications.
AI allows robots to learn from experience and make better decisions based on past observations.
One of the ways that AI-enhanced robots work is by using sensors. These sensors allow the robots to gather data about their surroundings. This data can then be used to help the robot make decisions about what tasks it should perform and how best to complete them. Additionally, many AI-enhanced robots use machine learning algorithms. These algorithms also allow the robot to learn from experience and improve its performance over time.
Additionally, AI-enabled robots can communicate with other robots and share information, which allows them to work together as a unit. Artificial intelligence and robotics are proving to be very effective in manufacturing environments.
What are the advantages of adopting AI-enhanced robotics in manufacturing?
Manufacturing robots are becoming increasingly commonplace in factories as their capabilities continue to grow. With the incorporation of artificial intelligence (AI), these robots are becoming even more valuable to businesses.
One of the most significant benefits of AI-enhanced robots is that they can work autonomously. This means they can be given a task and then complete it without needing human input. This can be extremely helpful in factories where many tasks must be completed simultaneously.
Another benefit of AI-enhanced robots is that they can learn from experience. This means if a particular task is performed incorrectly, the robot will learn from its mistake and not make the same error again. This is especially helpful in manufacturing environments where mistakes can have serious consequences. Some of the other benefits of AI-enhanced robots include:
- Increased efficiency – With the help of AI, robots can quickly adapt to changing production environments and demands. This leads to increased efficiency in the manufacturing process.
- Improved quality – Robots with AI can detect errors and defects in products much faster than humans can. This results in higher – and more consistent – product quality.
- Reduced costs – The use of AI-enabled robots leads to reduced costs due to increased efficiency and accuracy.
- Better staff morale – Robots with AI can be programmed to perform repetitive tasks in a controlled manner. This can be very beneficial for factory workers under heavy pressure to meet production deadlines.
- Increased safety – AI-enhanced robots work in a safe manner and can be programmed to respond to incidents accordingly. This reduces the risk of accidents, an essential consideration for the manufacturing industry.
- Increased productivity – AI robots enhance human workers’ performance by automating repetitive tasks. This leads to an increase in productivity.
How can Banelec help?
Banelec is a world leader in creating automatic electrical control solutions. We’ve integrated electrical controls, PLCs, and robotics into automated systems for some of the world’s biggest manufacturing brands.
So, if you’re looking to make your processes smarter, safer and more sustainable, our team of specialist electrical control system engineers can make it happen. We bring diverse experience, knowledge and personality to every project we work on to exceed your requirements and specifications.
Our automation services include complete systems, electrical controls, robotics and conveyor controls. Whatever you do, if you want to do it better, get in touch.