With all the upcoming product debuts and innovative launches, the medical R&Ds continue to strive in hunting the ultimate instrument to upscale the medical services and facility of top health institutions locally and worldwide.
According to series of research collated, over billions of dollars are being spent each year in research and development work to come up with new and efficient instruments, processes and intakes. Some of the reasons for their continued work is to provide quality yet affordable products to deliver relief and comfort to patients.
Recently, 3D printing was introduced within the field which created an intriguing noise basically because of what it can contribute to the medical production. Also, another issue arising in its launch is the price considering the cost requisite for the machine is substantially high.
However, few organisations vetted in purchasing machines that will help them speed up the process, and according to their feedback, it helped their process and production achieve efficiency.
3D printers can be used for implants, instrumentations and external prostheses. But beyond these capabilities, corporate researchers are still aiming to reach a higher level of usage in 3D printing such as bio-printing—where vital and functioning organs can be digitally constructed and printed.
On printing implants
Before 3D printing was commercially introduced to the market, high-level multinationals are already using this technology to produce custom-made implants for their top patients. This, making it extremely expensive and exclusive. Today, as 3D printers are available in most hospitals, having a printed implant makes the cost lower.
On devices for instrumentation
Different tools and devices are needed to facilitate medical procedures during operations and diagnosis. Most of these are readily available and purchased in mass production. But there is an arising need for custom made tools as the condition and situation of every patient is unique amongst all of the other. Tools that are to be used as guides in assisting the surgical placements are to be custom-printed to ensure safety and precaution during medical operations.
On making external prostheses
Finding a tailor-fit artificial limb was already a twentieth-century medical problem. The matching size, weight and specifications made it harder to find a perfect fit for patients with dismembered body parts. With the help of 3D printing, external prosthetics are designed based on the exact personal measurements of the patients and then printed using a medical 3D printer. The agony in looking for the perfect fit has ended as external prostheses can now be produced with the specifications of the actual person using it.
3D printing has brought tons of benefits and opportunities for health professionals who focus on the development of providing custom-made devices and apparatus depending on the pertinent needs of their patients. Production of medical tools and assisting devices using 3D printing has also helped the medical institutions to operate efficiently with the accessibility of precise tools at hand.
Concerning cost in acquiring 3D printers, many organisations have made it accessible and affordable with its lowered price to make it viable and feasible for medical startup companies who would like to adopt this innovative technology. For more information about 3D printing services, contact www.makein3d.xyz today.
The Awesome MakeIn3D Team
Make In 3D (www.makein3d.xyz) is a leading provider of 3D Printers and 3D Printing Services, helping you turn your ideas into reality one print at a time.