The manufacturing industries are facing significant challenges today. One of these is the safety of employees at work. Injuries and sick leave cost companies significant money. Indirect costs and direct costs are also incurred when employees cannot work due to illness or injuries. In this context, the use of universal collaborative arms can help manufacturers cut down on workplace accidents. As a replacement for human workers, cleverrobots are ideal. They require no medical schemes and don’t ask for sick days.
Employers must implement robust safety measures when using robots to keep their employees safe. Several safeguards have been designed specifically for robotic systems, but effectively integrating these devices requires a sound engineering background, insight into human behavior, and a thorough understanding of industry standards and compliance issues. Consider networking with other robotics users and experts to enhance your safety strategy further. Attending a conference like the 15th Annual National Robot Safety Conference is one way to network with others in the field.
Many big-box retailers are investing in robotic warehouses to make the most of the technology, but they’re missing the key to true efficiency: redesigning warehouses to accommodate robotic employees. Traditional warehouses were designed for human workers, with shelves neatly arranged by category and items labeled according to location. Robots don’t need such a neat arrangement. They can perform the task with minimal oversight as long as they know where to find each product. However, true disruptive efficiency in using robots means redesigning the entire work environment.
Agriculture has many benefits and uses for agricultural robots. For example, these machines can perform repetitive tasks like spreading pesticides on specific plants, picking up and transporting seeds, and even performing more laborious work such as milking. Moreover, these machines can focus on a certain area, meaning they are better at concentrating than human resources. Thus, the chances of error-free outcomes are higher when robotics are used instead of human labor.
Researchers from the International Federation of Robotics (IFR) examined the effects of industrial robots on labor productivity in 14 industries in 17 countries. They found that adopting robots increased labor productivity by 0.36 percentage points annually. This figure represents a modest increase compared to the growth of the economies of the countries studied and is equivalent to about 16% of total GDP growth. This increase in labor productivity has important economic implications.