3D Printing in Medicine
Recent
Most popular
Interest and biomedical demand for 3D bioprinting continue to increase. Learn all about 3D printing in medicine.
Thanks to 3D printed prosthetics, many lives are changing for the better. Read on to learn about the most promising projects!
As 3D printing technology becomes more affordable, its use in developing 3D printed orthopedic casts becomes a more advantageous approach to treating bone fractures.
Sadly, many leg amputees do not have artificial limbs, but the situation is improving. Check out the most promising 3D printed prosthetic legs!
3D bioprinting has come a long way over the last decade. Find out the latest developments in 3D printed organs and body parts.
Living in a big city, with concrete on all sides? Cultivate a bit of green on your windowsill with our guide to 3D printed hydroponics.
Dr. Tarek Loubani developed a 3D printed stethoscope which can be made using recycled plastic in 3 hours for just $3. The device is especially useful in low-income countries which have little access to diagnostic tools.
3D bioprinted organs, especially hearts, are slowly becoming a reality. Learn about the most promising 3D printed heart projects of 2020.
3D printing drugs is driving the pharmaceutical industry towards personalized medicine. Let's take a look at the most recent trends and developments.
Again, Gartner has analyzed the 3D printing market. Their conclusion: 3D Printing has a bright future - but some sections will have to wait.
There are countless 3D printing applications in manufacturing, technology, and society. From education to medicine, here are a few ways 3D printing impacts our world today!
Surgeons in Australia are researching the use of 3D printing and robotics. They hope to make bone implants mid-surgery to help treat cancer.
Similar to the way the World Wide Web democratized news, education, and entertainment, 3D printing has the potential to democratize the manufacturing of certain goods.
Researchers in Serbia have created a diagnostic tool to assess spine curvature in potential scoliosis patients. The benefits are less repeated radiation exposures, which are known to cause breast cancer in patients.
Using an ultrasound machine and an inexpensive microchip, researchers are able to create 3D images and hopefully enhance medical care.