The smart factory of the future is created by the harmonious coexistence of humans and machines, which requires robots to be able to collaborate with humans and complete different tasks with humans. This includes completing tasks that traditional humans cannot do, do not want to do, and cannot do well, but also include complex tasks that can reduce human labor intensity and improve the quality of human existence. In the context of the era of smart manufacturing, industrial mobile robots workstations that are easy to deploy and cost-effective have emerged.
What is a industrial mobile robot?
Collaborative robots are robots that can collaborate with humans in the same workspace. Unlike traditional industrial robots, collaborative robots do not require protective fences. They are designed to work together with humans and can sense the surrounding environment and respond in real time to protect the operator's life and health.
1. Application in manufacturing industry
In manufacturing, industrial mobile robots can perform repetitive and high-intensity tasks such as assembly, welding, and handling. Compared with traditional industrial robots, industrial mobile robots do not need to set up fences and can work together with workers. In the field of automobile manufacturing, industrial mobile robots can assist workers in assembling and transporting parts. Industrial mobile robots can handle heavy and risky operations with ease, thus improving overall production efficiency and avoiding accidents.
Paying attention to the rationality of human-machine collaboration, it has a 10-level anti-collision test function. When a worker accidentally enters the work area and a collision occurs, it can stop working immediately to ensure that the worker does not encounter danger. Its stable operating performance and reliable quality assurance enable the robot to work continuously for a long time, reducing the risk of equipment failure and shutdown.
2. Applications in the medical industry
The potential of industrial mobile robots in the medical field cannot be underestimated. They can assist doctors in minimally invasive surgeries, providing high-precision operations and stable support.Industrial mobile robots have high accuracy. It can achieve an accuracy of 0.1 mm, so it is more reliable than a human. Each task will be completed with greater than normal repeatability and accuracy.
For example, suppose a person is doing a certain job with both hands, and he needs two other hands to complete a complex job. This work is done by industrial mobile robots. It's like one person working in tandem with another person. Certain surgical robots can work with surgeons to accurately control surgical instruments, thereby reducing surgical risks and improving surgical success rates.
3. Innovative Applications in Agriculture
The application of industrial mobile robots in the agricultural field is also eye-catching. They can help farmers with planting, fertilizing, harvesting, etc., and improve agricultural production efficiency. For example, some companies have developed robots that can automatically identify mature crops in the field and harvest them. Through visual sensors and machine learning algorithms, these robots can navigate themselves in complex environments to ensure efficient completion of tasks.
The industrial mobile robot workstation can be more flexible in complex environments, and its advantages of easy movement allow it to flexibly respond to the palletizing of multiple assembly lines. Its palletizing height of 2.1 meters solves the problem of insufficient storage space in many factories problem. Greatly improve space utilization.
The robot typically takes a week or a few days to set up and install. But cobots typically only take half an hour to set up and use. This technology not only improves labor productivity, but also solves the problem of rural labor shortage and provides new impetus for the development of modern agriculture.
4. Transformation of the service industry
In the service industry, industrial mobile robots are gradually changing the traditional service model. In restaurants, hotels and other places, robots can take on tasks such as food delivery, cleaning and reception. For example, some restaurants have begun to use industrial mobile robots to deliver food. The robots can move flexibly in the restaurant and quickly deliver dishes to customers' tables, improving customers' dining experience.
Using a simple and intuitive operating interface and easy-to-understand programming methods, operators can quickly get started programming and setting up the robot without having deep technical knowledge. This not only reduces the company's manpower training costs, but also improves production flexibility and response speed.
5. Future development trends
Industrial mobile robots work in sync with Industry 4.0 applications such as artificial intelligence, machine learning, and the Internet of Things, and they can easily increase the productivity and efficiency of factory output.
Industrial mobile robots help companies reduce labor costs by replacing manual labor for heavy, repetitive palletizing work. At the same time, its efficient operating efficiency and high-quality palletizing quality help reduce damage and waste of goods, further reducing the company's production costs. This improves the competitiveness of enterprises in the market and lays a solid foundation for the sustainable development of enterprises. Because cobots work alongside humans, they can reduce employee worries.
They are designed to work alongside humans, not replace them. The application of robots is to serve humans and help humans complete their work more quickly and effectively.
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