In medical facilities, patient positioning systems are used primarily as an aid for moving and repositioning patients. Those who are permanently disabled, those recovering from surgery, those recovering from an injury, and those who are recovering from surgery or injury require patient positioning systems.
The advancement of technology in the realm of patient placement has accelerated market expansion. The growing number of robotic operations necessitates the use of increasingly specialised positioners, boosting the global market for patient positioning equipment. Patient positioning system in sports medicine includes traction devices for arthroscopic surgery and minor incisions. One of the most prevalent sports-related procedures is knee surgery. It mostly relieson traction devices, as opposed to manual limb manipulation. Medical advancements have resulted in better and more modern hospital equipment for complicated surgeries.
To improve the efficiency of diagnostic systems and radiation therapy,integrated patient positioning is being developed. The development of integrated patient positioning systems will decrease the need for extra accessories while also enhancing the efficacy of the system.
Manufacturers are concentrating on the positioning system's quality, employing anti-rust and anti-bacterial surfaces with silver ions to provide optimum cleanliness and prevent cross contamination. Even when these materials' antibacterial efficacy is scratched, it continues to operate – unlike coatings and other treatments, it does not wear away. They also have intriguing thermal and mechanical qualities, as well as strong chemical resistance, which is desirable in medical technology.
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