A wire spool wraps an electrical conductor around a coupling assembly to maintain stability during rotation.
Magnetic articulation joint allows single-handed end effector control, freeing the surgeon to perform other tasks during procedures.
Segmenting reusable handles from replaceable jaws reduces manufacturing costs while maintaining device reliability through standardized interfaces.
A single trigger actuates clamping and staple deployment, reducing device complexity and size for minimally invasive surgery.
Guide means form specific intestinal loops to enable linear stapler anastomosis, reducing invasive operation area and post-operative risks.
A surgical stapling instrument uses a brake and flexible band to control firing member retraction.
Deployed tubular sleeve isolates anastomotic joint, preventing leakage and infection.
Merging grasper and stapler tools into one device eliminates accessory exchanges, reducing surgical duration and procedural complexity.
A medical device control mechanism enables one-handed firing rack reset via a dedicated switch and transmission member.