The wedge, a simple machine, simplifies daily tasks, enhances engineering precision, and aids medical procedures.

Ball-and-socket joints allow multi-directional movement, crucial in human hips and shoulders, and essential in robotics and automotive.

3D-printed foods reshape culinary boundaries, offering limitless taste, texture, and nutrition possibilities from the plate to outer space.

Malaysian oncologists achieve a milestone with the first 3D-printed heel bone replacement, addressing tumor recurrence.

Scientists at UW–Madison developed 3D-printed brain tissue mimicking real brain functions, crucial for studying brain disorders & treatment.

Lewis, a prominent figure in the field, acknowledges the rapid progress made within the sector but remains conservative in her projections.

Similar to the complex procedure of procuring organs from donors, ensuring the functionality of bioprinted organs is intuitive.

For modern medicine, 3D printing has evolved beyond consumer gadgets and industrial prototypes to revolutionize the healthcare system.