The use of 3D printing or additive manufacturing (AM) for healthcare is on the rise and the market is expected to be worth nearly $ 26 billion by 2022. This growth goes well beyond simple prototyping as AM is used throughout the industry to solve problems and improve care.     If you are not currently using 3D printing, you are lagging behind the competition. As AM continues to gain traction, there are four areas where we see the greatest growth opportunities in the healthcare industry in the coming years. Medical devices, instruments, instruments and pharmaceuticals are driving the market towards greater customization.                      Manufacturers need to make this level of customization possible quickly and cost-effectively. No two people are the same, each patient and healthcare professional may have different problems, which makes it possible to personalize the team. Rather than relying on large-scale manufacturing to satisfy the “vast majority” of users, 3D printing or additive manufacturing for healthcare can be used to create tools and devices for humans.  Companies like Aetrex analyze individual feet down to 3D printed shoe inserts that are perfect for each individual’s unique foot structure.       The metal will take some time for medical devices. However, more and more people are discovering the possibilities of using polymers in the healthcare sector, for example in prosthetics. Other areas include sleep apnea or baby devices for protection and design flexibility. Shape memory polymers (SMPs) are increasingly used in trauma and cardiovascular disease. For example, nitinol staplers can hold bones together by squeezing them in Rural healthcare. According to the University of California Census, about one in five, or about 60 million, Americans live in rural areas. And nearly a quarter of them say limited access to qualified doctors and hospitals is a big problem for their community. This is one of the main reasons why 3D printing is more likely to be applied in the rural health sector. procedures are now directed to better-equipped health care providers. A specialist a few hours away, Additive manufacturing for healthcare allows doctors to scan areas of a surface to create a special digital file that can then be 3D printed. This saves patients time and provides unique collaboration opportunities for healthcare providers. It also makes it easy to correct or improve the condition needed for the treatment or disease. For healthcare providers, this process increases profitability and disability by supporting more internal operations without the need to relocate patients. Replacing injection moulds or developing new surgical techniques that are currently not possible because they are too anatomically specific are two examples of small complementary solutions that manufacturers can take advantage of today. Leaders don’t know where to start. This is why it is so important to work with a company that provides end-to-end solutions. Rely on solution providers to help you understand your business goals and objectives, and how to achieve them. The best partners provide ongoing education and training to ensure that your investment doesn’t go to waste. In other words, by working with a partner who can help you complete end-to-end tasks, manufacturers will be well equipped to capitalize on the explosive capabilities of AM in the medical industry. These animals will complement science education for many age groups visiting the museum. Specimens found in the natural science collection of the Museum of the University of Antioquia and an animal from the laboratory of the Institute of Biology of the University of Antioquia are the subject of this work, the animals are classified. Microscopic analyzes were obtained as follows: local bees from the collection of the University Museum, Formica ants and water bears from the Institute of Biology of the University of Antioquia, mosquitoes from the Department of Research and Control of Tropical Diseases of the University of Antioquia PECET. Modular pieces can be a good strategy for humans to build their own animals, another learning process.              At t = 0 min, the title of the activity is shown about manufacturing method; at t = 0.8 min, the beginning of the design where real images function as a guide.

“There’s currently a backlog of energy, know-how, and brain power from the semiconductor, medical device, and neuroscience fields, just waiting to be brought to bear on brain health. The first commercially successful BCI-based therapy will open a floodgate of innovation,” Angle concludes.