Abstract: A medical torquing device for improving surgical control is disclosed. The device features an outer body with a first u-channel, accommodating a semi-tubular shaft that can transition between closed and open configurations. The device further includes an engaging element having a torque-locking mechanism with wheels and teeth, ensures secure locking and controlled movement. The first u-channel includes an elongated slot for receiving a plurality of medical instruments for invasive surgeries and interventional treatments. Additionally, a handle with a second u-channel enhances grip and control and facilitates retention of the medical instruments within the first u-channel. The invention's configuration allows for a portion of the first wheel to extend through an opening in the semi-tubular shaft in the locked configuration.