Robots are transforming surgeries by offering unprecedented precision and control. Surgeons, using robotic arms and advanced 3D imaging, can perform complex procedures with a level of accuracy that surpasses traditional methods. The ability to create 3D models of the patient's anatomy before surgery allows for precise incisions as small as a tenth of a millimeter, ensuring minimal invasiveness. These machines also reduce human error, as they can monitor the surgeon's actions and stop the procedure if a mistake is about to occur.

Robotic systems are now employed in a wide range of medical disciplines, including neurology, orthopedics, gynecology, and even hair transplants. From holding instruments to executing precise movements, robots have shown their versatility. Companies are developing systems that range from multi-armed robots for complex procedures to smaller, more compact devices for less invasive tasks, making robots adaptable to various surgical needs.

FAULHABER’s advanced drive systems play a key role in the operation of medical robots. These systems, which include high-speed motors and motion controllers, are used in robotic arms and essential medical equipment such as ventilators. FAULHABER's technology ensures smooth and dynamic performance, making medical robots reliable and efficient, especially in life-critical operations like heart pumps or artificial ventilation systems.

Robots have become a common sight in many operating rooms across the globe. In some cases, telemedical operations have even been performed, where surgeons in one country control robots operating on patients in another. Although robots assist surgeons rather than replace them, they enhance safety and precision in daily procedures. The use of robots in surgeries not only reduces risks but also improves recovery times for patients, making robotic-assisted surgeries the new norm.