The way we do things has changed dramatically from the traditional and archaic ways. As a result, the technology has allowed for new and more innovative ways of working in the production industry. The introduction of robotics is one of the most obvious effects of technology in the production industry. It has become increasingly difficult for companies to meet customer demand if they rely on human effort due to several inabilities that robotics lack
Collaborative robotics, or cobots in manufacturing, can be described as the use and integration of robotics into the manufacturing process. Many companies now recognize the benefits of robots in their production chains and have adopted them. They have increased output by quantum leaps, reduced costs, high flexibility, and much more.
Universal Robots, a robotic arm manufacturing firm, ensures that their robot arms make an impact in the assembly industry. The robotic arms are designed to make vehicle assembly easier by delivering unique features and characteristics. Universal robotic arms are lightweight, space-efficient and easy to move to multiple applications without affecting production layout. They are also very easy to set up with an average time of 12 hours with such speed it gives the automotive industry a whole new level of flexibility. Robotics will be a huge benefit to the car assembly industry. This is because the largest users of robotics in the automotive manufacturing industry are the car assembly operations as well as the manufacturers of parts. Robotic arms give production companies a competitive edge over those who operate manually.
When using universal robotics, your company can enjoy:
Increase in output:
Robotics makes it possible for car plants work around the clock without becoming tired or losing interest. Robots can be controlled by humans, but they are much more precise than humans. This is a significant advantage over working with raw materials directly.
Reduction in production cost:
There is a significant reduction in costs when robotics is included in the production chain. This reduces the need for manual labor. This is because a single robotic arm can perform the duties of up to 10 manual workers and wouldn’t request additional wages or overtime pay. This would result in greater cost savings.
Robots can be used as substitutes:
Some jobs can be dangerous or harmful to the human body. Robots can be substituted in these cases to maintain high quality and precision while protecting workers.
Robots are programmed to avoid making mistakes and perform as directed. When a quality has been set, it ensures that it is met. Robots used in car manufacturing reduce variability, so that products are exact or very slightly different. They ensure that each car is assembled or manufactured in the exact same manner due to their high repeatability. This reduces variability and ensures that cars are more consistent. The vision system in universal robots can detect variation in the incoming materials and adjust their program to correct it. This will result in higher customer satisfaction.
Robotic arm in car assembly plants can do more than what it is currently used for. Many robotic arms in car assembly plants are only used for spot welding and painting. However, universal robotic arms can perform many other tasks such as screw driving, labeling, handling, quality control, and assembling. The universal robotic system has three collaborative robot arms that can easily be integrated into existing production environments in the automotive or subcontractor industries. They are built with high-quality materials and perform well.