Robotics system integration is the integration of a robotic system to produce, manipulate or control an object. It is the heart of robotics technology. It is one of the fastest-growing fields in today's industrial automation arena. Many areas need integration. Many companies are looking at using this technology to improve on existing processes and create a completely new system.
The scope of robotics system integration is growing exponentially. Today, industries use industrial robots for several tasks. In manufacturing, some assembly lines use robots to place parts onto a conveyor belt or pallet. This allows a company to make more products with less physical labor, all while increasing productivity and preventing back or knee injuries from long hours of repetitive motions.
One of the biggest areas is in the realm of manufacturing automation androids. In the last few years, human workers have begun to use computer-generated robots to perform some of the same tasks as these previously automated manufacturing assistants. This new breed of robotic assistant is starting to replace many full-time human employees across several manufacturing lines. For instance, in September 2021, an AI solutions providing firm in the U.S., Berkshire Grey, partnered with Advanced Handling Systems (AHS) to develop robotic solutions for warehouse operation to cater to the labor scarcity and other logistic barriers in the country.
Robotics system integration is not only benefiting manufacturers and consumers. Industrial and business owners that have a close eye on their manufacturing costs and want to reduce labor costs are also finding that integrating a robotic system into their operation will improve productivity and ultimately reduce operating costs. When combined with other types of automated manufacturing tasks, this integration is enabling businesses to work more efficiently to increase profits.
Robotics system integration is a growing field in the manufacturing, science, and technology industries. The combined effects of computer numerical control (CNC) coupled with high-tech materials, and components have created a new realm of opportunities for manufacturers. Robotics system integration brings together computer systems, software, and human performance for precise control and manipulation of industrial equipment. These complex systems need a coordinated approach that can be implemented using state-of-the-art materials and components.