Abstract: A device for removing material from a vasculature includes a rotation subassembly having a first central axis and a first gear, a valve subassembly having the first central axis and being adjacent to the rotation subassembly, and an actuation system having a second central axis and a second gear. The rotation subassembly is coupled to a catheter to rotate the catheter. The valve subassembly is configured to selectively allow flow of the material from the catheter to the device. The actuation system configured to actuate rotation of the rotation subassembly. The first central axis and the second central axis are parallel.

Abstract: Devices and methods may allow for the removal of material from a remote location in the vasculature. In an example of such a remote location, the device may be used in the vasculature of a lower extremity in combination with an external cuff. The external cuff may create a dam preventing material from flowing throughout the body. With the external cuff in place, the device of the present disclosure may be utilized to suction the material from the vasculature while rotating the catheter to assist in the removal of the material.

Abstract: Devices and methods may allow for the removal of material from a remote location in the vasculature. In an example of such a remote location, the device may be used in the vasculature of a lower extremity in combination with an external cuff. The external cuff may create a dam preventing material from flowing throughout the body. With the external cuff in place, the device of the present disclosure may be utilized to suction the material from the vasculature while rotating the catheter to assist in the removal of the material.

Abstract: Devices and methods may allow for the removal of material from a remote location in the vasculature. In an example of such a remote location, the device may be used in the vasculature of a lower extremity in combination with an external cuff. The external cuff may create a dam preventing material from flowing throughout the body. With the external cuff in place, the device of the present disclosure may be utilized to suction the material from the vasculature while rotating the catheter to assist in the removal of the material.

Abstract: Devices and methods may allow for the removal of material from a remote location in the vasculature. In an example of such a remote location, the device may be used in the vasculature of a lower extremity in combination with an external cuff. The external cuff may create a dam preventing material from flowing throughout the body. With the external cuff in place, the device of the present disclosure may be utilized to suction the material from the vasculature while rotating the catheter to assist in the removal of the material.

Abstract: Devices and methods may allow for the removal of material from a remote location in the vasculature. In an example of such a remote location, the device may be used in the vasculature of a lower extremity in combination with an external cuff. The external cuff may create a dam preventing material from flowing throughout the body. With the external cuff in place, the device of the present disclosure may be utilized to suction the material from the vasculature while rotating the catheter to assist in the removal of the material.