A pulse ablation catheter delivers controlled electric pulses to target pulmonary arterial tissues via strip-shaped arches.
A steerable surgical device uses a joystick ball joint mechanism to control a distal tool through connecting wires and an internal fulcrum assembly.
An integrated electrosurgical cartridge assembly combines power delivery and fluid transport into a single releasable unit for rapid docking.
Segmented hollow blades deliver directional steam to cut tissue while preventing off-target thermal damage.
Protrusions on the RF electrode surface shape electric fields to eliminate hot spots and ensure consistent tissue heating.
A planar platform with recessed channels and a heat shrinkable sleeve encapsulate the circuit board in an electrosurgery handpiece.
A bipolar forceps integrates a knife lockout mechanism to control blade advancement through a dedicated channel.
Side holes route operating wires outside the tube member, preventing rotational interference and breakage of internal lead wires.