At present, plastics are indispensable from large-scale diagnostic instruments to disposable medical products, and plastics play an increasingly important role in the medical device industry .
The policy-intensive promotion period has triggered the potential for the rapid development of China's medical technology
3D printing drugs provide patients with a cheaper, more personalized treatment plan
The medical industry 's design freedom, biocompatibility, and ability to make small, complex shapes are increasingly demanding, and thanks to superior mechanical and biological properties, plastics are attractive in medical applications. At the same time, China's medical reform policy has begun to tilt towards urban and rural grassroots. It is planned to establish a basic medical and health system covering urban and rural residents by 2020. To this end, the country's investment in new medical reforms has increased significantly, prompting the further release of medical device market demand. In response to the booming medical market, Ms. Zhang Donghui, Manager of the Research and Development Department of Tianjin Plastics Research Institute Co., Ltd. will present a report entitled “Overview of the Development of Chinese Medical Plastic Products†in the medical seminar of this year's Rubber and Plastics Exhibition. Focus on the current types and characteristics of medical plastic products in China, the requirements of medical plastic products on the biological properties of materials and the improvement of blood compatibility.
On the other hand, the opportunities brought about by the reform of domestic medical device regulations for the industry should not be underestimated. Last year, the State Food and Drug Administration issued the "Special Approval Process for Innovative Medical Devices (Trial)", giving priority to innovative medical devices, encouraging research and innovation in domestic medical devices, and promoting the promotion and application of new medical device technologies. At the same time, the Food and Drug Administration has revised the "Regulations on the Supervision and Administration of Medical Devices" to further standardize the management of the industry, and will appropriately relax the requirements for the development of medical devices, aiming to actively promote the upgrading and innovation of medical device products. At this forum, Mr. Zhong Zhihui, the managing director of AOSTA Medical Device Group, will explain in detail the reform of medical device regulations in 2014. Plastics is the new darling of the medical device industry. Under the state's strong support for the innovation and development of the industry, Will gradually become the protagonist of the medical device market.
Future medical device trends: personalized, user-friendly, fast and small batch
Medical device design adapted to the needs of population diversity
According to statistics from the World Health Organization, nearly 60% of medicines worldwide have expired, while more than 50% of patients do not have access to effective treatment. The reason is that the production methods of medicines are also difficult to escape. The medicines need to go through a lot of links from the pharmaceutical factory to the patient audience. In response to this question, Mohamed A. Alhnan, a lecturer in pharmacy at the University of Central Lancashire's School of Pharmaceutical and Biomedical Sciences, will introduce the application of personalized medicine, 3D printing, to pharmaceuticals at this forum. The technology was independently developed by the university, using 3D printing technology to print drugs according to the dose, composition and quantity required by the patient, providing patients with a cheaper, more efficient and more personalized treatment plan, while increasing drug use rate. Reduce waste and greatly reduce the cost of medical institutions.
Stefania Marconi, a biomedical engineer, experimental surgery and microsurgery doctor at the University of Pavia, will discuss "3D printed anatomical models for surgical planning, especially abdominal surgery." The university's research team is experienced in preoperative planning, especially preoperative planning for abdominal surgery. The lab is equipped with two 3D printers that print a virtual model of the surgical site, which is of great benefit to the surgeon in accurately assessing the anatomical parameters. The laboratory has provided a 3D printed model for general surgery in Pavia IRCCSPoliclinico San Matteo, providing effective assistance for preoperative planning of abdominal surgery such as kidney transplantation and splenectomy. Not only that, but the lab also applies 3D printing technology to the blood vessel models needed to make in vitro tests. In the 3D printing technology used by the University of Pavia, the application of plastics is also a key knowledge.
In addition to personalization, the humanization concept in medical device design is also an inevitable trend of market development. Safety is the primary factor in the design of medical devices. However, with the continuous development of the times, the service groups are more diverse. If the individual needs in medical device design are neglected, the safety of patients and medical personnel may be affected. MikeMaczuzak, President of SmartShapeDesign, will share the knowledge and design concepts of medical device design to meet the diverse needs of the community, and encourage medical device designers to use creative technologies to meet different groups, including patients and The needs of medical staff.
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