The clip cartridge serves as the storage and loading mechanism for multiple titanium clips. It ensures that clips are aligned for transfer into the applier jaws. The clips are stacked at a 45 degree angle within the cartridge, and as each clip is used, a spring-loaded mechanism pushes the next clip into position for reloading. The cartridge also has an extrusion on its back to secure the applier jaws in position so that they can be aligned with the awaiting clip.

The pusher plate is responsible for transferring clips from the cartridge into the applier jaws. The plate moves in a controlled linear motion, with the extended tab feeding into a slit in the front of the cartridge to push a clip into the correct position. 

The applier jaws are the functional ends of the device that hold and compress the titanium clip around the target tissue. The inner surface of the jaws contains a groove to hold a clip in position until ready for firing, with the ends being sloped to properly orient the clip. The two jaws are separate, connected via a torsional spring to allow for the required closing and opening motion needed.

The closer plate is responsible for actuating the clip applier jaws. When the plate moves in a controlled linear motion, it compresses the jaws to fire a clip onto the targeted vessel.

A cable is threaded through the holes present in both plates, enabling controlled movement of the main mechanism in the assembly. When one side is pulled, the pusher plate moves up, loading a clip into place, and when the other side is pulled, the closer plate moves up, compressing the jaws to fire the clip.

The cartridge holder anchors the clip cartridge to the outer shell, providing structural rigidity to the inner assembly. Additionally, the upper extrusions act as supports for the cable system, ensuring proper tension is maintained in the wire. The holder also connect the clip applier to the da Vinci rod with the teeth on the bottom section, providing a secure grip during surgical applications.