Ten Trends of Industrial Robot Automation Industry
time：2022-12-19
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1. Increased demand for smart sensors
Quality inspection is a key component of all industries. Analyzing all products, from food to phone protectors, ensures that consumers can trust the goods they receive. Smart sensors enable manufacturers to deal more effectively with this critical step in production.
Smart sensors are usually a combination of different types of robots. Many quality assurance schemes are composed of cooperative manipulators equipped with visual sensors. AI monitors data from sensors to quickly assess whether the final product is manufactured correctly. The level of accuracy that intelligent sensors can provide is expected to be further applied to most automated factory workshops.
2. Drug synthesis and transportation
The task of pharmaceutical companies is to develop drugs. Drug synthesis requires not only high accuracy, but also many safety precautions. Some manufacturers are selecting special robots to help handle chemical compounds used in drug production. Using robots to distribute hazardous substances is not necessarily a new concept. However, the improvement of affordability, flexibility and security of cooperative robots attracts more and more pharmaceutical manufacturers.
Robots are also used for drug dispensing and sample handling. The overloaded medical laboratory is using industrial robot automation technology to improve efficiency. In addition, this reduces the risk of human contact with body fluids and greatly reduces the probability of sample contamination.
3. Release and standardization of automation structure
For now, most robot companies will retain their design plans and specifications. Looking into the future, we hope to see the launch conference of automation structure begin to be standardized. Like open source coding, this will enable engineers to rely on group research to adapt and improve their work.
This also opens the way for future compatibility. As more and more industries need effective robot solutions, the design of cohesive robot labor will also become necessary in the future. Robotics companies may work together to develop a set of standards and specifications. In this way, consumers can safely equip factories with different types of robots from different manufacturers.
4. Popularity of cooperative robots in the service industry
Recently, the number of small enterprises in the service industry relying on automated robots has increased. For example, drink mixing robots can help in coffee and smoothies. The grocery store may use a roaming robot to answer customers' questions in the store.
This kind of industrial robot automation is the best way for enterprises to solve the problem of staffing. It also allows human workers to perform more personalized tasks, such as talking to customers at beverage counters. For a long time, cost has been an obstacle for small enterprises wishing to adopt robots. We have seen more affordable robots in the robot market and hope that this trend will continue.
5. Higher demand for data analysis services
Most automated plant workshops are accumulating data. From intelligent sensors to cooperative manipulators, each robot implemented will generate data. This information is valuable for manufacturers who want to improve efficiency, reduce costs, and improve profitability. There is a large amount of data waiting to be mined and evaluated.
Which link introduced most errors? Which steps involve downtime? Can a robot handle a process more effectively than a human? These questions can be answered through the collected data, but the data needs to be analyzed in depth first. In order to facilitate manufacturers to optimize their processes, the demand for data analysis technology and services will certainly increase.
6. Rely on robots to ensure consumer safety
We have already mentioned this benefit of ensuring worker safety through automation. However, these benefits can be extended beyond the factory to ensure the safety of consumers. This trend has emerged in the transportation industry, especially in the aviation industry. For example, the Air Cobot is used to help inspect the safety inspection of aircraft before flight. The robot works with human inspectors, relying on a series of vision sensors, bumpers, scanners and GPS to carefully inspect the underside of the aircraft before takeoff. The accuracy level provided by the cooperative robot speeds up the processing without sacrificing the safety.
7. Turn to virtual engineering scheme
As you might expect, the development of industry is labour intensive. This work is not only about planning and design, but also about construction and testing. More and more companies are transferring their engineering methods to engineering to improve cost-effectiveness and collaboration capabilities.
We can see that the dependence on virtual engineering technology is increasing, such as 3D mapping, which enables developers to work together and perform rough tests on their designs. This reduces the physical construction and testing pressure of the robot, thus reducing the money and time spent on engineering prototypes.
8. In some factories, robots are more than human workers
There are many jobs that are essential but challenging for human workers. People need to take regular breaks, and repetitive work will make them more vulnerable to injury. Reducing the pressure of workers is one of the attractive solutions provided by industrial robot automation.
We can help robots find and place jobs, and see the benefits of factory robot technology on the change of the rules of the game. Since these laborious jobs can be handled entirely by trained robots, human workers began to assume supervisory positions. These supervisors can monitor more than one robot at a time and notice factory alarms at the same time. The factory will change from a majority of human beings to a majority of robots. This trend is bound to continue.
9. Artificial Intelligence Management of Network Security
The use of robots to automate the manufacturing process has numerous benefits. However, it is important to remember that every solution has a network security risk. From cooperative robot programming to data collected by sensors, there is a lot of information that needs to be protected.
Therefore, the network security management of artificial intelligence is in the initial application stage, and they can help protect the company's investment. AI supervision means that there are always "people" monitoring and performing routine inspections to identify security weaknesses. It is also very interesting to see robots managing other robots.
10. Improvement of agricultural efficiency
The agricultural industry is crucial to our survival, but the number of people who want to enter the industry is very small, which makes those responsible for bulk crops lack labor and time. This is why farmers choose to add robots with intelligent sensors to their regular worker teams.
For example, some robots can inspect fields, identify weeds and treat them with appropriate chemicals. They have great potential in improving planting and picking efficiency while maintaining crop quality. This is probably a major sign of technological progress that can be seen in the near future.
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