Robotics and automation are two different technologies, but most people use these terms interchangeably. That said, these technologies are strongly related. Used together, they have transformed various industries, particularly manufacturing. Now more than ever, it is possible to automate time-consuming manual tasks and reduce the risk of exposure to hazardous processes with robotic automation.
Understanding Automation
Automation refers to the use of machines and software that perform tasks without human intervention. It can apply to both physical and digital activities, and can be used for a variety of simple functions, such as automatically adjusting the temperature in a room. Newer technologies have made automation more sophisticated to perform complex tasks, such as manufacturing. Combining robotics and automation can provide an all-round solution.
Understanding robotics
Robotics is an area of computer science and engineering that deals with the development of robots for specific tasks. Robots can be anything from those requiring human input to function to fully autonomous and semi-autonomous ones.
Industrial software and robotics have revolutionized manufacturing by meeting high-volume production requirements, reducing costs, and enhancing efficiency. Robots have proven practical in situations where human workers may be at risk of injuries or contracting diseases.
Working together to your advantage
Robotic automation applies artificial intelligence, digital workers, and software robots to perform specific tasks. It enhances the performance of robots performing repetitive or dangerous jobs to free up human workers. This way, it increases efficiency and reduces waste. The solution can eliminate errors while making round-the-clock work possible, as robots and computers, unlike humans, do not become exhausted or require breaks. Robots can do more while applying less time and effort, and may help reduce the need to outsource tasks.
Automation and robotics are closely linked, but their roles may differ in certain fields. For instance, an automated bottle filling machine does not require robots. One of the earliest examples of industrial automation was CNC machining, which was employed for high-precision manufacturing of parts for aerospace use during World War II. The early machines required humans, but technological advances have introduced automation to make them more efficient and reliable, with minimal to zero human intervention.
Industries served
Robotic automation is significant to many modern industries, including chemicals, pharmaceuticals, green technology, extraction, and manufacturing. Partnering with an industrial automation and robotics specialist can give you access to fully integrated and economical solutions to improve your manufacturing process.
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