Parametrium (Hysterectomy) Scissor

Parametrium (Hysterectomy) Scissor by Elcon Surgical

The Parametrium (Hysterectomy) Scissor from Elcon Surgical is a specialized instrument designed for precise blunt dissection during hysterectomy procedures. This scissor features round tips that provide optimal control and minimize damage to surrounding tissues.

Key Features and Benefits

Round Tips: Ideal for blunt dissection, allowing surgeons to cut through dense organ tissues, fascial sheaths, tendons, muscle tissue, and skin with precision. The blunt tips prevent inadvertent damage to soft tissues, enhancing safety during surgery.
Beveled Blades: The beveled design of the blades ensures efficient cutting performance. The sharp edge of the blades helps in easily slicing through tough tissues, while the beveled profile allows for smooth operation without excessive force.
Short Jaws to Shank Ratio: The scissor’s short jaws relative to its shank enhance control and maneuverability. This design allows surgeons to work with greater precision, particularly in tight or complex anatomical areas.
Curvature Options: Available in various degrees of curvature, the scissor conforms to the surface of organs, facilitating accurate dissection around tight corners and deep tissue access. This adaptability is crucial for accessing and operating within confined spaces.
Smooth Edges: The smooth outer edges of the blades enable the scissor to glide through tissues effortlessly, reducing the risk of tissue damage during dissection.
Ergonomic Design: Featuring ergonomic finger handles and a streamlined body, the scissor reduces hand strain and maximizes comfort during prolonged use. The lightweight construction further contributes to ease of handling.
Premium Material: Made from high-grade titanium with a satin finish, the scissor resists glare and discomfort while maintaining exceptional strength and durability. Titanium’s robustness ensures a long service life for the instrument.

The Parametrium (Hysterectomy) Scissor by Elcon Surgical offers precision, durability, and adaptability, making it an essential tool for effective hysterectomy procedures.