Precision and safety
In the field of surgery, precision and safety are fundamental pillars. To optimize these features during long procedures that require internal manipulation of the uterus and/or rectum, Bumerania has developed a project in collaboration with a leading Spanish hospital focused on a robotic manipulator that aims to revolutionize this field.
This system, designed to be positioned in front of the natural entry point of these organs, has the main objective of replacing the need for a second surgeon, thereby optimizing the use of medical staff and reducing procedure times.
A major technological breakthrough in surgery:
To facilitate intuitive control of the manipulator, a haptic device has been integrated, allowing the surgeon to feel the force and resistance of the tissues. Additionally, a force sensor has been incorporated to measure the interaction between the tool and the patient, ensuring safety during the procedure.
In order to improve the efficiency and precision of suturing, a voice control system has been developed, allowing the surgeon to direct the robot’s movements through voice commands.
Objective
The robotic manipulator aims to assist surgeons in long-duration procedures involving the internal manipulation of the uterine and/or rectal systems.
A compact and versatile design:
To facilitate the mobility of the manipulator in the operating room, a compact base has been designed that allows for easy movement. In this way, the surgical team can adapt the system to the specific needs of each procedure.
Bumerania: committed to the future of Health.
The development of the Bumerania robotic manipulator is just one example of the company’s commitment to the Health sector. Bumerania continues researching and developing new technological solutions that contribute to improving medical care and people’s quality of life.
Next steps:
The project is currently in the development phase and is not yet available for clinical use. However, it is expected that, after conducting a study at the Research Foundation of the General University Hospital of Valencia to evaluate its effectiveness compared to traditional surgery and obtaining approval for medical use, this innovative system could revolutionize uterine and rectal surgeries, improving their efficiency and safety.
Bumerania drives this project with great potential to transform uterine and rectal surgery by optimizing healthcare resources, reducing intervention times, and improving the precision and safety of sutures. Its development paves a promising path toward a more efficient and safer future in the surgical field.
In collaboration with:
