Title :
Development of a needle insertion end-effector for interventional radiology
Author :
Hoseok Song ; Ilhwa Hong ; Minkyo Cho ; Heungsoon Lim ; Sung-Hyun Jung
Author_Institution :
Electro-Mech. Res. Inst., Hyundai Heavy Ind. Co., Ltd., Yongin, South Korea
Abstract :
Interventional radiology is a medical sub-specialty of radiology which utilizes minimally-invasive image guided procedures to diagnose and treat diseases. Interventional Needle Biopsy is a most common interventional Radiology. It is performed with a biopsy needle according to the guide of fluoroscopic apparatus including CT and C-arm. It is getting popular due to a great advantage induced from minimally invasive procedure. However, the surgeon performing needle biopsy and the patient are repeatedly exposed to radiation environment. Therefore, a need for developing a robotic needle insertion system which is performed with remote control master device is recognized. This paper explains about robotic needle insertion end-effector in order to reduce radiation exposure of the patient and the surgeon. It has 3 DoF motion which is designed to insert a needle, rotate a needle and release/hold a needle.
Keywords :
diseases; end effectors; medical robotics; patient diagnosis; patient treatment; radiology; telerobotics; C-arm; CT; disease diagnosis; disease treatment; fluoroscopic apparatus; interventional needle biopsy; interventional radiology; medical radiology subspecialty; minimally-invasive image guided procedures; radiation environment; remote control master device; robotic needle insertion end-effector; surgeon; Biopsy; Computed tomography; Educational institutions; Force; Needles; Radiology; Robots; Ablation; Biopsy; Intervention; Needle; Robot; Surgical robot;
Conference_Titel :
Robotics (ISR), 2013 44th International Symposium on
Conference_Location :
Seoul
DOI :
10.1109/ISR.2013.6695726