Today, 3D printing is one of the leading edge technologies, and its application value has been recognized by many people in the industry. In the medical field, 3D printing has gradually penetrated into several sub-application scenarios such as surgical model rehearsal and rehabilitation medical device manufacturing. Under the promotion of 3D printing frontier technology, the traditional medical industry service model is accelerating transformation, intelligent and efficient. The specialized and specialized medical service model has also been accelerated. Surgical rehearsal model For high-risk, difficult surgery, it is important for medical workers to plan preoperatively. In the past surgery rehearsal process, medical workers often need to obtain patient data through imaging equipment such as CT and magnetic resonance imaging (MRI), and then convert the two-dimensional medical image utilization software into realistic three-dimensional data. Today, medical workers can print 3D models directly from devices such as 3D printers. In doing so, it can help doctors to carry out accurate surgical planning, improve the success rate of surgery, and facilitate communication and communication between medical workers and patients for surgical programs. Surgical guide As an auxiliary surgical tool during the operation of the operation, the surgical guide can help medical workers accurately implement the surgical plan. At present, the types of surgical guides have included joint guides, spinal guides, oral implant guides and the like. The surgical guide plate made by 3D printing can make up for the insufficiency of the manufacturing process of the traditional surgical guide plate, and can also adjust the size and shape of the guide plate as needed. In doing so, different patients can have guides that meet their real needs. Dental application In recent years, the application of 3D printing in the dental field has been a hot spot of attention. Overall, the application of 3D printing in the dental field is mainly focused on the design and manufacture of metal teeth, invisible braces. The advent of 3D printing cutting-edge technology has created more possibilities for individuals who need orthodontics to personalize their braces. In different stages of orthodontics, the braces required by the corrector are different. The use of 3D printing to make the multiple sets of braces needed to correct the teeth not only contributes to the healthy development of the teeth, but also reduces the cost of making the braces. Orthopaedic application Currently, many medical workers are using 3D printing cutting edge technology to treat patients with bone damage. By establishing a precise three-dimensional bone physics model for the patient, the medical worker can further observe the patient's bone condition and the specific part of the bone damage, and develop a corresponding treatment plan. With the technical advantages of 3D printing, a series of problems in the treatment of long bone fractures and hip joint damage have been gradually overcome. Skin repair In the treatment of patients with severe skin burns such as fire, the treatment period is longer, and the postoperative scar is obvious, which makes it difficult to achieve a new improvement in skin repair effect. For many years, researchers have been working to explore new ways to improve skin repair, and the emergence of 3D printing cutting-edge technology has provided a new way to repair damaged skin. By scanning damaged skin wounds, medical staff can perform a three-dimensional reconstruction of the skin wound, and then use the cutting edge printing technology to perform high-precision, high-activity in-situ printing of a variety of high-viscosity skin-containing materials to construct a bionic skin structure. . Biological tissue organ In recent years, the scientific community and the medical community have made 3D printed biological organ organization one of the research topics. At present, biological 3D printed tissue organs mainly include the nose, ears, blood vessels, kidneys, heart, skin, cornea and the like. Whether it is artificial blood vessels, cartilage tissue, liver tissue or kidney tissue, its core is the separation (or directed induction) and large-scale amplification of specific types of cells. The biological 3D printing technology can construct the three-dimensional shape of tissues and organs in the process of artificial tissue and organ culture, and let the cell tissue grow according to a predetermined shape, thereby promoting the healthy development of the cell tissue and replacing the human body lesion with the same. organization. Rehabilitation medical device In the actual application process, the rehabilitation medical instruments such as prostheses and hearing aids have the requirements of small batches and customization. Due to the complicated design of these rehabilitation medical devices, it is difficult to achieve better results due to the limitation of processing angles of traditional CNC machine tools. With the use of 3D printing technology, the manufacturing process of rehabilitation medical devices has been further improved. The cost of producing a single customized rehabilitation medical device is reduced and the production cycle is further shortened. Personalized pharmaceutical At the moment of the rapid development of smart medical care, patients are also looking forward to the professional, personalized and accurate medical service model. In the pharmaceutical industry, the use of 3D printing and forming technology to prepare drug delivery devices has many advantages. 3D printing enables localized detail control of multiple pharmaceutical materials and precise control of the composition of a drug. For children and the elderly, the scientific control of the dose of the drug also helps to improve the safety of the drug. Through the 3D printing forming technology and equipment, the powder material is bonded and shaped, and the porous structure with complicated cavity in medical application can be realized, which is of great significance for the release of the drug effect. In fact, the emergence of 3D printing technology has changed the development process of the traditional medical industry from many levels in the subtle. It is believed that with the continuous maturity of technology, 3D printing will lead to a new model of more medical services, and people will also feel the convenience brought by emerging technologies to life. Backpacks For School,Kids Backpack,Childrens Backpack,Childrens Rucksack Ningbo Happiness Stationery Industrial & Trading Co Ltd , https://www.bagshappiness.com
May 18, 2023