A new robotic mechanism for medical application

TLDR

Limited availability of trained ultrasonographers and challenges in positioning ultrasound probes motivate the SYRTECH tele‑scanning robot system. The project aims to allow an expert ultrasonographer to conduct remote ultrasound examinations via master‑slave stations. The system comprises a master console for the doctor and a slave robotic arm that holds the probe, enabling the expert to view images and adjust probe orientation remotely, as described in the laboratory‑developed design.

Abstract

The difficulty in interpreting ultrasound images and the scarcity of trained ultrasonographers to manipulate a transducer to the optimal position are the basic premises for establishing the SYRTECH project (Tele-Scanning Robot System). The principle objective of this project is to enable an expert ultrasonographer to perform an ultrasound scan examination on a remote patient using master and slave stations. The master is the doctor's post and the slave is the robotic system supporting the scan probe. The clinical expert is then able to interpret the transmitted images and move the slave arm in order to obtain the best orientation of the ultrasound beam on any anatomical part of the remotely located patient. This paper presents the master/slave system developed in our laboratory and the chosen robotic solution.