Micro Scissors – Flat Handle – Angled Tips

Scissors - Supercut W/ Platinum Handle undefined Dietrich-Potts Scissors with micro fine blades are frequently used for vascular cutting and making small incisions for cardiothoracic procedures. They feature platinum ring handles to give the surgeon unparalleled control over the tissue, and a variety of angled micro fine blades that make it possible to cut small vessels deep inside the surgical field without harming other tissue. These scissors are made of operating room grade stainless steel, and are manufactured to the highest standard of instrumentation by expert craftsmen in Germany.

Micro Scissors - Round Handle - Angled Tips undefined Jacobson Micro Scissors are commonly used for cutting or making incisions in cardiothoracic procedures where the surgical space is confined. They feature a round handle for easy manipulation, and micro fine blades that are small enough not to damage the neighboring tissue, and large enough to cut larger vessels. Many different angle blades are offered to match a variety of surgeons' and procedures' needs. These scissors are made of operating room grade stainless steel, and are manufactured to the highest standard of instrumentation by expert craftsmen in Germany.

Beall Circumflex Scissors 5-3/4" (14.5 cm) Beall Circumflex Scissors are crafted ideally to be used in cardiothoracic surgeries. The unique beak shaped curvature of the jaws of these scissors makes them able to access inside and around vessels and valves making allowing increased reach for the surgeon. Additionally, this scissors feature ring handles for ease in maneuverability as well as sharp cutting blades for precise cutting without causing crush or snag injury to the tissue.

Artery Scissors delicate, blunt/blunt tips Church Artery Scissors are ideal for fine and sharp incision and/or dissection of the arteries. Designed with delicate, blunt/blunt tips, these scissors are available in curved or straight ends. The wide variety allows for a variety of angles to be reached during vascular procedures.