The ongoing debate about robots taking over human work has attracted global media attention. Several hard-working employees believe that robots will eventually replace them and make them lose their jobs. However, many experts believe that robots will help employees in the workplace and simplify some business processes. Co-robots are based on similar principles. Co-robots are advanced robots that can work with employees. Such co-robots can enhance human capabilities and help simplify various tasks.
Cobots can automatically perform various repetitive and mundane tasks in the workplace. The rise of co-robots will help organizations improve the efficiency of the workplace. In addition, co-robots can also help ensure the safety of factories and inspect various equipment. Co-robots can also cooperate with modern technologies such as AI and IoT to implement precision agriculture. Because of these benefits, some companies are adopting co-robots.
Therefore, the market for co-robots is growing substantially. In 2017, the value of the industry was US$400 million, but the market value increased to US$600 million in 2018, then reached US$669.9 million in 2019, and is expected to reach US$13.17 billion by 2026. Soon, the implementation of co-robots will become the norm for multiple organizations.
The rise of co-robots in 2021
Cobot has enhanced sensors, making it safer and more reliable than industrial robots. In addition, compared with large industrial robots, co-robots are cheaper, which makes them a viable option for small and medium-sized enterprises. Similarly, the co-robot is ready to use out of the box, does not require any programming expertise, and can be easily programmed using a smartphone or tablet. Therefore, the co-robot is simple and quick to set up.
Since co- robots are mobile, deployment and redeployment of co-robots has become more and more convenient. In this way, co-robots can become agile and can handle multiple tasks as required. In addition, traditional robots need safety cages to ensure the safety of workers. Co-robots can use sensors to identify obstacles and people around them, and avoid collisions accordingly. Therefore, co-robots seem to be a safer and more effective alternative to traditional industrial robots. Due to its endless potential, the rise of co-robots is imminent in many industries such as agriculture, e-commerce, and food service.
The most popular Cobots app
Co-robots are affecting various industries, including operations, healthcare, agriculture, safety, and food.
1. Simplify manufacturing operations
Cobots can be widely used in operation management to improve productivity and safety. Cobot can work in areas that may endanger the safety of workers. In such areas, the co-robot can suspend work after detecting any worker in an unsafe environment and continue working when the worker leaves. In addition, co-robots can be deployed to multiple applications, such as:
Manual guidance: The end of the arm that manually guides the co-robot has a pressure sensing device. Human operators can easily teach the robot how to hold different objects and how to move these objects quickly without damaging them.
Machine maintenance: Workers usually deal with the operation requirements of a variety of machines, such as injection molding machines and CNC machines. Cobot can simplify and automate this process. Even a single co-robot may tend to use multiple machines and perform tasks such as changing raw materials and changing tools.
Pick and place: Manual pick and place may be an ordinary and repetitive task for workers. Co-robots can easily accomplish this task. The co-robot can pick any item and place it in another location for packaging or sorting. These co-robots may require high-definition cameras to recognize objects and their locations.
Packaging: Cobots can be used for various repetitive packaging and palletizing tasks, such as shrink packaging, assembly and loading, and placing products on pallets. The co-robot can also perform conveyor tracking to synchronize its movement with the conveyor.
Inspection: The co-robot can perform quality inspections on different parts in the equipment. To this end, co-robots can use multiple high-definition cameras to check the quality of individual parts. In this way, co-robots can automate the inspection process and avoid unplanned business downtime due to equipment failure.
Similarly, the rise of co-robots will lead to the development of multiple applications, thereby increasing the efficiency of many business processes. In addition, co-robots will provide accurate results and avoid human errors.
2. Monitor the health of the hospital
The staff of medical institutions need to bring multiple samples and instruments to different departments. Co-robots can safely carry samples and different instruments in medical institutions. To this end, co-robots can use multiple sensors and 360-degree cameras to detect obstacles in their path. Similarly, co-robots can be medical assistants, which can monitor the health of various patients and alert nurses if human assistance is needed.
In addition, surgeons can use co-robots that can help them during surgery. In this way, surgeons can perform operations with higher precision and achieve a higher success rate. In addition, co-robots can also help package medicines and medical equipment. In this way, the rise of co-robots may benefit the healthcare industry.
3. Agricultural Planting
Several large farms must perform various procedures such as crop selection, seed sowing, irrigation, fertilization and harvesting. When performing various tasks, the farm may face labor shortages. Therefore, farmers are seeking other help in different agricultural activities. In order to simplify agricultural activities, several high-tech companies have introduced automatic tractors and IoT sensors.
Co-robots can be used in agriculture to pick fruits at harvest. In addition, co-robots can process materials and harvest crops. These co-robots are automated guided vehicles that use GPS, cameras, and lasers to identify crops. This automatic guided vehicle can also transport raw materials to a designated location. In addition, co-robots can also perform tasks such as autonomous milking. Therefore, the rise of co-robots can increase agricultural productivity.
4. Strengthen law enforcement to help lawyers
Law enforcement agencies such as the police require a large number of personnel to conduct patrols. During the patrol, security officials can witness certain criminal activities that require backup. In this case, patrol officials and other officials in the area may rush to the location of criminal activity. As a result, patrol missions may be ignored, exposing multiple areas to multiple criminal activities. These incidents are more pronounced in areas with high crime rates.
Cobot can be deployed as a self-driving car with a high-definition camera. These co-robots can effectively patrol different areas and detect suspicious activities. After detecting any suspicious activity, the co-robot can alert law enforcement agencies and demand immediate attention. Therefore, the rise of co-robots may also reduce crime rates in certain areas.
5. Collect data and automate food processes to improve restaurants
A high-tech company is about to release an automated burger restaurant in San Francisco. The restaurant uses multiple robots to cook burgers in 5 minutes, and then sell them for a low price of $6. Since restaurant owners can reduce their expenditure on restaurant staff, this kind of restaurant may soon become mainstream. In a similar way, restaurant owners can deploy co-robots to complete simple cooking tasks, such as flipping burgers.
In addition, co-robots may soon be able to mix drinks and make personalized cocktails for customers. With further development, co-robots may be able to cook for customers and help chefs meet high demand. Therefore, the rise of co-robots can improve the efficiency of restaurants.
As the research, development and adoption of co-robots continue to evolve, its rise in many organizations will become more apparent. Soon, developers will create artificial intelligence-enabled co-robots that can collect data. These co-robots will be able to learn from their work experience and use the collected data to adapt to various situations. In this way, co-robots driven by artificial intelligence can make wise decisions in emergency situations.