See How Magnetic Controls can Make Surgeries Less Invasive

See How Magnetic Controls can Make Surgeries Less Invasive

Is the magnetic coupled surgical instruments the secret behind improved surgical outcomes? Read on!

FREMONT, CA: The advancements in technologies have transformed medical care, bettering surgical instruments and improving outcomes. Minimally-invasive surgeries and operational efficiency are two primary regions that have gained significant grounds in the recent past. Despite the continuous advancements, it has always been a challenge to enhance the effectiveness of surgical instruments that are crucial to minimally-invasive surgeries. Magnetic controls enable surgeons to reduce incisions.

Thus, the magnetic tools allow a better view and enhance operational flexibility for the surgeons. Incorporating magnetic tools will also allow the surgeons to minimize accidental damage to nerves, blood vessels, and tissues during surgery. The overall time spent in hospitals for surgery also reduces when the surgery is carried out with the aid of magnetic surgical devices. According to a study, patients who underwent surgery aided by magnetic tools required less time to recover as compared to those who didn’t.

Magnetic Expansion Control (MAGEC) offers a non-invasive response for the kids with an early onset of scoliosis, a condition with sideways curvature of the spine. Doctors use a magnetically controlled rod with a remote control to increase the length of the rod as the children grow. MAGEC is an effective technique which is non-invasive and requires less number of incisions. Although traditional growing rods were effective, they needed several surgeries with an increased risk of complications in the surgical processes. Another major advantage of using the MAGEC growing rod is that it can improve or control severe spine curvatures too. Other benefits of MAGEC laced surgery include less pain, less time for the procedure, and, therefore, less psychological stress for the patient.

Magnetic coupling for medical applications is another application of magnetic incorporations in surgical procedures. For instance, in contrast to the conventional procedure of laparoscopy, which requires fiber-optic instruments to be inserted through the abdominal wall, magnetic actuation offers a better alternative. In the case of magnetic actuation, the number of incisions significantly gets reduced as it uses magnetic coupling for incisions. More specifically, multiple surgical instruments can be inserted through a tiny incision. The major advantage of using magnetic coupling for incisions is that it reduces the number of incisions and allows the instruments to move in freely without complications arising out of access-point constraints.

The strategy allows various deployed surgical instruments to move inside the abdomen that is driven by an external system with a set of permanent magnets outside. The permanent magnets will enable the movement of surgical instruments inside the patient’s body without the need for incisions through the abdominal wall. However, the field of magnetic driven operations requires further advancements as the power of a magnetic device reduces with distance. It can be especially challenging while operating an obese patient. However, future improvements will address the shortcomings as the advantages of using magnetic coupling for incision purposes far outweighs the challenges involved in it. Such advancement will mean risk as well as cost-cutting for operational purposes. Thus, it doesn’t come out as a surprise that, the medical firms are increasingly eyeing to leverage this technology for surgeries.

Magnetic-driven advancements with respect to incision could be still new. And current investments in the technology are sure to offer an edge to the medical firms as the minimized requirements for incisions seem lucrative.