Printing for the future
Despite the overall rapid progress in 3D printing for health care, there are major challenges and opportunities. They need to develop better ways to ensure the quality and safety of 3D printed medical products. Cheap and accessories are also important concerns. Long -term safety concerns such as implant materials, such as capacity Biocamyptability problems And the release, strict examination and validation of nano particles are required.
Although 3D printing has the ability to reduce the manufacturing cost, initial investment in goods and materials can be a hindrance to health care and patients, especially in patients. Lower communities. In addition, lack of Standard workflow And trained personnel can limit the adoption of 3D printing in clinical settings, and can hinder access to people who can benefit the most.
On the bright side, artificial intelligence techniques that can effectively benefit from a large amount of highly detailed medical data are likely to be significant in the development of better 3D printed medical products. In particular, AI algorithms can analyze specific data related to 3D printed implants and artificial synthetic design and fabrication. For example, the implant makers can use AI-Driven Image Analysis To create a highly accurate 3D model from CT scans and MRIs they can use to design custom implants.
In addition, Machine learning algorithm 3D پرنٹ شدہ مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی مصنوعی نقاط کی ممکنہ ناکامی کے نکات کی پیش گوئی کرسکتے ہیں۔
The limits of three -dimensional printing continue, including the limits of the body. Researchers at the California Institute of Technology have developed a technique that uses ultrasound to replace the injection liquid in the body In a gel in 3D shapes. This procedure can be used one day to supply drugs or replace tissue.
Overall, the field is moving forward towards personal treatment projects, which is closely adapted to each patient’s unique needs and preferences, which is possible through 3D printing precision and flexibility.
NAssociate Professor of Engineering, Wisconsin Stout University And Daniel FredmanDean of College of Science, Technology, Engineering, Mathematics and Administration, Wisconsin Stout University. This article has been re -published Conversation Under the Creative Affairs License. Read Original article.