The Global Abdominal Surgical Robots Market Is expected to reaching USD 12.78 billion by 2025

 

Abdominal surgical robots are a better alternative to traditional open surgery because they are less invasive and have fewer ports. Surgical robotics, also known as robotically assisted surgery or robotic surgery, is the advanced technology application of robotic systems in surgical processes. Robotic surgery was developed to reduce or eliminate the limitations of minimally invasive surgery while also increasing the efficiency of surgeons performing open surgery. Instead of directly manipulating the instruments, the surgeon in robotic surgery controls them via computer or telemanipulation.

Abdominal surgical robots are widely used because they help surgeons with instrument manipulation, navigation, planning, and surgical imaging. Surgeons can operate with fewer and smaller incisions, as well as greater accuracy. Patients also benefit from low incision surgery, which has fewer incisions, less blood loss, less pain, faster recovery, a lower risk of hospital infection, and a lower risk of infection after surgery. These benefits will drive the global abdominal surgical robot market. Several abdominal surgical robot companies are emerging, forming a massive market that will significantly replace open surgeries.

The global abdominal surgical robots market was worth USD 2.94 billion in 2017 and is expected to be worth USD 12.78 billion by 2025.

Despite their numerous advantages, abdominal surgical robots are not cheap. Surgical robot surgery is costly and only performed in specialised hospitals. The high cost of surgery may be a major impediment to the market for abdominal surgical robots. Furthermore, risks associated with robotic surgery, such as temporary discomfort and pain, position-related nerve injury, prolonged time under anaesthesia, and lengthy operations, are some of the factors that may impede the growth of the abdominal surgical robot market.

The abdominal surgical robot market is divided into three applications: general surgery, urologic surgery, and gynaecological surgery. Surgical robots are expected to transform every aspect of medical surgery. Manufacturers of robotic surgery are attempting to overcome the issues and advance the system to reduce the invasiveness of surgery by advancing single port, natural opening techniques.

Abdominal surgical robot-assisted surgery has attracted a large number of patients and physicians. Many gynaecological surgeons prefer to practise in hospitals that have abdominal surgical robot systems. As a result, hospitals are investing in abdominal surgical robots to attract surgeons and patients, resulting in a growing market size.

Robotic surgery allows a surgeon to have a better view of and control over the surgical site. As a result, traditional open surgery will be phased out in favour of robotic surgery. Young surgeons have stable and firm hands, but they may become bored with repeat surgeries. Hand tremors are common for inexperienced, elderly surgeons, and standing for long periods of time can be tiring.

The abdominal surgical robot market is divided into five regions: North America, Europe, Asia Pacific, Latin America, and the Middle East and South Africa. North America dominates the abdominal surgical robot market, followed by Europe, due to advances in modern technology and public awareness of modern advancements in medical research. Auris Surgical Robotics, AVRA Surgical Robotics, Cambridge Medical Robotics, Intuitive Surgical, Mazor Robotics, Medrobotics, Meerecompany, OMNI, and others are major players in the abdominal surgical robot market.