An asymmetric insulation gap concentrates electrical charge for targeted myocardial cutting while limiting bystander tissue injury.
Reversible coupling and controlled incision geometry help match openings to catheter diameter, preventing skin bridges and supporting proper sealing.
Rotary blade and blunt-trocar elements switch functions to guide skin-to-vertebrae pathways with controlled depth, force, and incision length.
A guide track retracts the used blade into the cartridge, protecting operators during reloads while keeping each new knife sharp.