High-precision minimally invasive robotic surgery (MIRS) benefits patients, surgeons, and hospitals, leading to a high annual growth rate in recent years. Currently, one million MIRS interventions have been performed worldwide and it is expected that this will double by 2025.
In this scenario, the universalization and efficiency of robotic platforms is still pending. At Rob Surgical, our goal is to universalize precision surgery, reducing costs and improving its mobility and ease of use to reach as many medical centers as possible and benefit surgeons and patients as much as possible.
These are the reasons why the Bitrack surgical robot is capable of universalizing precision surgery.
Improves the efficiency of current robotic solutions
The Bitrack robot is designed to offer the added value of robotic surgery while achieving a balance in cost. Through various innovative features of the Bitrack robot, we managed to reduce the cost of the robotic system and other complementary costs.
Generic trocars and single use instruments
The possibility of using generic instruments and trocars and combining them with flexible robotics allows the robot to intervene only when it is needed and reduces the time and costs of each intervention. The instruments are single-use to avoid cleaning and logistics costs.
Minimal footprint impact
The system is made up of two small parts, the core with the robot’s arms and the console with 3D vision, which facilitate its transport through all types of hospitals, being compatible with doors and elevators of smaller clinics. It also provides a differential advantage in the operating room, due to its low impact on the room, which allows you to work in complete comfort without requiring a large space.
Open source platform
Bitrack is the first open robotic system designed to improve the efficiency of minimally invasive surgery. It is compatible with conventional instruments, trocars, cameras, ESU… saving costs for the hospital by not having to purchase specific components.
Reduction of indirect costs: efficient time
Bitrack robot processes have been designed to be executed quickly and allow time savings with the corresponding cost savings. The training itinerary is short and simple, the draping and docking tasks are very agile and the change from MIS to MIRS is very fast. In conclusion, we reduce the intervention time.
After more than 10 years of leading research in surgical robotics, our value proposition is to improve the efficiency of current robots through unique technology, improved usability, and lower acquisition costs for hospitals.
