Case|Painting application of Han's Robot in medical equipment

Publisher:明理厚德Latest update time:2022-07-07 Source: 高工机器人网Author: Lemontree Reading articles on mobile phones Scan QR code
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In the post-epidemic era, the epidemic situation is recurring, coupled with the aging population and the continuous improvement of residents' health awareness, the demand for medical services continues to expand. In the "golden opportunity period" facing the development of the medical device industry, how can enterprises take advantage of the situation and occupy a place in the blue ocean?


01 Background: Mismatch between development needs and labor supply


In the upstream of the medical industry, the rapidly growing demand is both an opportunity and a challenge for medical device manufacturers. According to data from various sources, the market size of my country's medical device industry has reached the range of 700-800 billion yuan, but the rapid development of the industry is accompanied by a long-term structural shortage of professional talents.

Taking the painting process in medical device production as an example, the paint operation environment is poor and harmful to the human body, so employee recruitment has become a "difficult" problem: it is difficult to guarantee the long-term job stability of employees, and it is also difficult to find skilled masters.


Even if workers are recruited, problems such as manual fatigue and difficulty in ensuring efficiency and quality remain obstacles to improving product quality.


02 Solution: Collaborative robots help production automation


With the birth of collaborative robots, the automation of medical device processing has ushered in a new era.


Traditional industrial robots are large in size and widely used in the processing of large products such as automobiles. However, for medical devices, they are smaller in size. In particular, in this case, the space for painting processing is limited and can only be hoisted, so industrial robots cannot be used. Therefore, collaborative robots that are flexible and suitable for flexible production lines become the best choice.

The customer chose the E10 product of the Han's collaborative robot Elfin series for hoisting and painting operations: E10 has a payload of up to 10kg, supports ±360° joint range selection and hoisting, saves space and facilitates operation. During operation, the program can be preset according to the type of spraying product, which saves time and is easy to operate.

03 Effect evaluation: Human-machine collaboration, cost reduction and efficiency improvement

1

The Han's collaborative robot teaching pendant adopts a graphical software design, which is intuitive and easy to understand. In the self-preset program link, the operator can start working and program the robot after simple training.

2

Han's collaborative robots operate stably and strictly follow programming instructions. And by "replacing people with machines", they have advantages that workers do not have: long working hours. Therefore, they meet the dual advantages of quality and efficiency at the same time .

3

Under the current situation of rising labor costs, it has been calculated that the application of Han's Robots can pay for itself in about one year after it goes into production , solving the problems of manual recruitment and management, and reducing costs and increasing efficiency.

04 Leading technology supports and wins the trust of the industry


The collaborative robot series products launched by Han's Robotics have leading positioning accuracy (±0.02mm) and extremely high safety (innovative brake mode, the robot will lock directly and not fall when encountering sudden power failure or emergency stop during operation). The implementation of these technologies ensures the accuracy and absolute safety of Han's robots when used in the medical field. Thanks to this, Han's robots have been widely used in the medical industry (see the relevant recommendations at the bottom of the article for details).


Reference address:Case|Painting application of Han's Robot in medical equipment

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