Abstract:
In this research, a novel Automated Fluid Management System (AFMS) was
designed, analysed and fabricated for endoscopy aided gynaecological surgeries in order to
prevent complications arise due to fluid overload. The proposed system consists of a peristaltic
pump, suction mechanism and fluid measurement system integrated with a graphical user
interface which can also control and monitor through a wireless network system. The device
serves functionalities such as regulating saline flow rate, limiting saline suction rate, setting
saline absorption limits for different patients and indicating real-time fluid deficit. This paper
discusses designing of a non-contact pump for gynaecological surgeries, development of the
control system for AFMS and the comparison of experimental results of the fabricated noncontact pump with theoretical pump characteristics.
