The breakthroughs that 3D printing had in the medical field are countless and quite simply amazing.
The innovation that 3D printing brought to the medical field is undeniable and facilitates providing people with customized health care solutions.
Prototyping, research, and manufacturing can all be customized now thanks to this amazing technology.
Let’s take an in-depth look into some applications of 3D printing technology.
One of the most important ways in which 3D printing has affected the medical field is surgical preparation.
Doctors are able to print models of patient-specific organs which they can use to practice before executing the actual -and oftentimes complicated- operation.
This method is a lot more accurate than just examining X-rays, CT scans, and MRIs. On top of that, it reduces the time of procedures as well as the patient’s trauma.
This can be used in the spinal repair, birth complications, heart transplants, and scanning and repairing cracks and fractures.
Moreover, this method allows doctors to visualize the patient-specific anatomical model and handle it.
And apart from the boosted success rate, surgical preparation using 3D printing can save you a lot of time and money.
We can’t talk about 3D printing in the medical field without mentioning prosthetic limbs.
Traditional prostheses are quite expensive and can be a little uncomfortable to wear and move around with.
But 3D printing has changed that by creating prostheses with the perfect combination of comfort and affordability.
The fact that these artificial limbs can be designed to the specific needs of the patient makes ideal and can also make it cost-effective.
3D printed prostheses have already helped many people who have been injured during wars or natural disasters.
3D Printing in Dentistry
Both orthodontics and general dentistry benefit from the many advantages of 3D printing.
You can get accurately customized braces, dental restorations, dental bridges, castable crowns, and denture frameworks and bases.
This makes the whole process easier as you get a more controlled treatment plan at a lower cost. On top of that, you don’t have to wait for molds as you can directly print the feature.
3D Printed Tissues and Organs
When it comes to transplants, things have been looking on the bright side with the ability to print organs and tissues.
The degree of acceptance is also highly increased as the customized organ development uses the patient’s own cells.
In this field, you can get limb replacement, skin tissue repair and reconstruction, kidney transplants, heart transplants, and many more.
You also get bone and muscle repair with the production of orthopedic implants.
Using 3D print tissue cells, scientists were able to do research on diseases like cancer and to study how tumors evolve –bringing them closer to finding a cure.
Pharmacology and Medication
Pharmacology and drug administration can be made really simple with 3D printing.
A 3D printed pill that contains multiple drugs but where each has a different release time is the ideal solution for patients with more than one ailment.
There’s already a concept of a “Polypill” which is made for diabetic patients to solve the problem of a diverse drug interaction.
Most medical devices, surgical tools, and medical equipment can be 3D printed using metal 3D filaments.
Some examples of 3D printed surgical tools are forceps, hemostats, clamps, and scalpel handles.
If you 3D print these tools, you’ll be cutting down on the cost and creating a more sterile form of equipment.
You can even design your own specific tools for certain jobs as well –as long as you use the right 3D printer.
The process of 3D printing requires an eye for details and incredible accuracy, way more complicated than printing regular paper or card stock and if you’re looking for cardstock printers, check out this article: https://themicro3d.com/best-printer-cardstock/
What 3D Printing Holds for the Future of Medicine
3D printing technology is becoming widespread in the health care industry at a noticeable rate.
And there’s a good reason for that. 3D printing provides more comfort for the patient, enhances how doctors learn and is affordable.
On top of that, it’s quite fast, precise, and not as costly as other traditional methods.