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【Technical Articles of Pharmaceutical Network】Industrial robots have the characteristics of anthropomorphism, programmability, and wide applicability
.
In recent years, with the rapid development of science and technology and the advancement of a series of policy measures to support the development of intelligent manufacturing, industrial robots have frequently appeared in all walks of life and played an important role
.
Recently, the Ministry of Industry and Information Technology announced the operation of China's robot industry in 2020
.
The data shows that in the whole year of 2020, the output of industrial robots nationwide was 237,000 units, a year-on-year increase of 19.
1%
.
From the data, it can be seen that in 2020, China's industrial robots have developed more rapidly
.
A brief analysis of the application status of industrial robots in the pharmaceutical field (Photo source: Pharmaceutical Network) Looking back on 2020, industrial robots have also appeared frequently in the pharmaceutical industry, and they are used in inspection, filling, sorting, aseptic transfer, pharmaceutical logistics and warehousing processes.
All have been applied, and the work efficiency is higher and the precision is more accurate, which effectively guarantees the production of medicines, reduces labor costs, and reduces labor intensity
.
Judging from the application status of industrial robots in the pharmaceutical field, there are currently many industrial robots used in the pharmaceutical industry, including intelligent detection robots, automatic drug sorting and cartoning production lines, robotic automatic sterilization logistics systems, aseptic production intelligence Robots, robotic packing and palletizing production lines, AGVs, etc.
are all familiar robotic equipment in the industry, and they play different important roles in the pharmaceutical production process
.
Taking intelligent detection robots as an example, there are many items of drug testing, including drug quality testing, drug component testing, drug heavy metal testing, adverse drug reaction testing, and drug tightness testing
.
For a long time in the past, the staff of the pharmaceutical workshop basically relied on manual light inspection of drugs.
The naked eye inspection method is not only labor-intensive, but also prone to errors, which brings hidden dangers to the quality and safety of drugs
.
The intelligent detection robot equipped with the filling production line can not only quickly detect foreign objects such as glass shavings, hair, fibers and so on in the bottled liquid medicine, but also detect the damage of the bottle itself and the packaging quality of the bottle mouth.
Automatic sorting of defective products
.
Compared with traditional manual light inspection, the application of intelligent inspection robots in the pharmaceutical industry has greatly improved the level of inspection capabilities and further guaranteed drug safety
.
The automatic sorting and cartoning production line with robots as the core has also been widely used in the pharmaceutical industry.
Its working principle is: the products are transported from the conveyor belt to the automatic sorting production line of robots, and the products on the conveyor belt are checked by the vision system.
For identification and detection, the robot will grab and put it into the silo of the automatic continuous cartoning machine according to the combination required for packaging, and then enter the cartoning station to complete the cartoning
.
It is understood that the automatic drug sorting and cartoning production line has the characteristics of high speed, accurate positioning, safety and reliability, which can effectively prevent human errors caused by manual operation
.
Another example is AGV, which is a kind of robot for cargo handling, which is flexible and efficient
.
In the pharmaceutical workshop, all aspects of drug production, including sterility, cleanliness, personnel, and equipment, need to be strictly controlled.
Therefore, it is difficult to schedule and arrange the workshop-level production process in real time
.
The AGV robot can just meet the special requirements of the pharmaceutical industry for a specific production environment, ensure the safe and reliable transportation of drugs and equipment in the workshop, reduce the impact of particles and microorganisms during transportation, and greatly eliminate the risk of pollution
.
At present, under the background that policies such as the normalization of centralized procurement are forcing the innovation and upgrading of the pharmaceutical industry, new technologies and new drugs in the pharmaceutical industry are emerging.
will also get higher
.
The industry generally believes that the realization of intelligent production in the pharmaceutical industry has become the general trend
.
In the future, with the application of more fully automatic and intelligent industrial robots in drug production, it will help pharmaceutical companies to accelerate the realization of less human and unmanned production, escort the safety of drugs, and help the pharmaceutical industry move towards "intelligent manufacturing".
"Direction transformation and upgrading
.
.
In recent years, with the rapid development of science and technology and the advancement of a series of policy measures to support the development of intelligent manufacturing, industrial robots have frequently appeared in all walks of life and played an important role
.
Recently, the Ministry of Industry and Information Technology announced the operation of China's robot industry in 2020
.
The data shows that in the whole year of 2020, the output of industrial robots nationwide was 237,000 units, a year-on-year increase of 19.
1%
.
From the data, it can be seen that in 2020, China's industrial robots have developed more rapidly
.
A brief analysis of the application status of industrial robots in the pharmaceutical field (Photo source: Pharmaceutical Network) Looking back on 2020, industrial robots have also appeared frequently in the pharmaceutical industry, and they are used in inspection, filling, sorting, aseptic transfer, pharmaceutical logistics and warehousing processes.
All have been applied, and the work efficiency is higher and the precision is more accurate, which effectively guarantees the production of medicines, reduces labor costs, and reduces labor intensity
.
Judging from the application status of industrial robots in the pharmaceutical field, there are currently many industrial robots used in the pharmaceutical industry, including intelligent detection robots, automatic drug sorting and cartoning production lines, robotic automatic sterilization logistics systems, aseptic production intelligence Robots, robotic packing and palletizing production lines, AGVs, etc.
are all familiar robotic equipment in the industry, and they play different important roles in the pharmaceutical production process
.
Taking intelligent detection robots as an example, there are many items of drug testing, including drug quality testing, drug component testing, drug heavy metal testing, adverse drug reaction testing, and drug tightness testing
.
For a long time in the past, the staff of the pharmaceutical workshop basically relied on manual light inspection of drugs.
The naked eye inspection method is not only labor-intensive, but also prone to errors, which brings hidden dangers to the quality and safety of drugs
.
The intelligent detection robot equipped with the filling production line can not only quickly detect foreign objects such as glass shavings, hair, fibers and so on in the bottled liquid medicine, but also detect the damage of the bottle itself and the packaging quality of the bottle mouth.
Automatic sorting of defective products
.
Compared with traditional manual light inspection, the application of intelligent inspection robots in the pharmaceutical industry has greatly improved the level of inspection capabilities and further guaranteed drug safety
.
The automatic sorting and cartoning production line with robots as the core has also been widely used in the pharmaceutical industry.
Its working principle is: the products are transported from the conveyor belt to the automatic sorting production line of robots, and the products on the conveyor belt are checked by the vision system.
For identification and detection, the robot will grab and put it into the silo of the automatic continuous cartoning machine according to the combination required for packaging, and then enter the cartoning station to complete the cartoning
.
It is understood that the automatic drug sorting and cartoning production line has the characteristics of high speed, accurate positioning, safety and reliability, which can effectively prevent human errors caused by manual operation
.
Another example is AGV, which is a kind of robot for cargo handling, which is flexible and efficient
.
In the pharmaceutical workshop, all aspects of drug production, including sterility, cleanliness, personnel, and equipment, need to be strictly controlled.
Therefore, it is difficult to schedule and arrange the workshop-level production process in real time
.
The AGV robot can just meet the special requirements of the pharmaceutical industry for a specific production environment, ensure the safe and reliable transportation of drugs and equipment in the workshop, reduce the impact of particles and microorganisms during transportation, and greatly eliminate the risk of pollution
.
At present, under the background that policies such as the normalization of centralized procurement are forcing the innovation and upgrading of the pharmaceutical industry, new technologies and new drugs in the pharmaceutical industry are emerging.
will also get higher
.
The industry generally believes that the realization of intelligent production in the pharmaceutical industry has become the general trend
.
In the future, with the application of more fully automatic and intelligent industrial robots in drug production, it will help pharmaceutical companies to accelerate the realization of less human and unmanned production, escort the safety of drugs, and help the pharmaceutical industry move towards "intelligent manufacturing".
"Direction transformation and upgrading
.
