Medical robotic systems are used in various medical application and differ depending on its usage. These include surgical robotic systems, spine robotic systems, laparoscopic robotic systems, and rehabilitation robotic system. Advancements in technology coupled with an increase in surgeon or patient acceptance of laparoscopic procedures, robotic assistance, and advanced medical imaging are driving growth of the market for medical robotic systems. Utilization of medical robotic systems improves the outcomes of surgery, reduces the hospital stay, and causes less trauma to the patient. Increasing demand for minimal invasive therapy and surgery is also expected to favor growth of the medical robotic systems market. Furthermore, in neurology the targeted cells are surrounded by delicate tissue, wherein a surgeon is unable to control the precision of the surgery, which may cause damage to healthy tissues. Thus, robotic systems are used to make precise and accurate motions based on the medical images obtained. These robotic systems are also employed in radiosurgery, where the focused beams of ionizing radiation are directed at the patient, primarily to treat tumors. Rehabilitation robotic systems are designed in a way that allows autonomy for people with disabilities. Thus, the demand for such systems is expected to increase, in turn augmenting growth of the medical robotic systems market. Several other robotic systems are under research and development, which when approved by the FDA are expected to boost growth of the market for medical robotic systems in the near future.