This handheld 3D printer may be about to change the course of medical history. The BioPen will give surgeons the ability to write in new cells.
The ability to draw in new cells could have many medical impacts that we won't really see until it becomes a bigger, more marketable product but the possibilities are huge. The vision for it now is to be able to draw in new cells for bone repair purposes and even if that is all it ever becomes, that's still a huge leap forward.
The main draw to this is that it provides a more stable structural environment for the cells to survive and strive in. In the past, surgeons would simply inject stem cells in but the BioPen looks to have a better chance of success.
Surgical Handheld 3D Printers
This Handheld 3D Printer Will Let Surgeons 'Draw' in New Cells
Trend Themes
1. Handheld 3D Printing in Medicine - The ability to use handheld 3D printers in medicine opens up opportunities for personalized and on-the-spot cell regeneration.
2. Cell Regeneration Technology - Advancements in cell regeneration technology, such as the BioPen, offer disruptive innovation potential in various medical applications.
3. Improved Cell Survival and Integration - Enhancing the stability and integration of cells through handheld 3D printing methods can revolutionize medical procedures and improve patient outcomes.
Industry Implications
1. Medical Devices - The medical device industry can explore the use of handheld 3D printers for on-site cell regeneration and personalized treatments.
2. Regenerative Medicine - The field of regenerative medicine can leverage cell regeneration technology to develop advanced therapies and treatments.
3. Bone Repair - The bone repair industry can benefit from the innovative potential of handheld 3D printers in enhancing cell regeneration for more effective bone healing processes.