Minimally invasive intervention device for cerebrovascular surgery

Abstract

A minimally invasive intervention device for cerebrovascular surgery, belonging to the technical field of surgical auxiliary devices, the device comprises a universal support component, a quick-release control component, a detachable component, a handle component, an annular support component, and an adjustable leg component. The universal support component is slidably arranged within the annular support component, the quick-release control component and the handle component are arranged below and above the universal support component, respectively, the detachable component is detachably connected to the quick-release control component, the annular support component is rotatably arranged on the adjustable leg component. A magnetic suction base and a magnetic suction tool holder are quickly connected via magnetic suction force, a first metal contact and a second metal contact transmit power and signals, and a surgical tool is controlled via a touch screen. A sliding ball head cooperates with an open annular slideway to achieve universal adjustment, providing axial limitation to reduce operational difficulty; the annular support and adjustable leg components adapt to different surgical needs, tool replacement is convenient, operation is simple, and surgical precision is improved.