Rib Spreader

Scapula Retractor Scapula Retractor is a highly useful tool used in cardiothoracic surgical procedures. The ribbed handle increases gripping while the hooked blade allows for a stable hold on the scapula to give unobstructed access to the surgical field. The slotted blade design also increases surface area so as to reduce strain on the bone. This instrument is available in two different blade sizes for to suite a variety of different patient sizes.

Atrial Valve Retractor Cooley Atrial Valve Retractor is a uniquely designed for use in cardiothoracic surgical procedures. This instrument is used particularly for atrial valve retraction and is perfectly suited to do so because of its bulb shaped handle for firm handling and angled head piece to allow manipulation while leaving the surgical field accessible. This instrument is available in three sizes: small, medium and large all of which are for a right sided approach. A left sided approach instrument is also available to accommodate a variety of surgical uses.

Sternal Retractor stainless steel, spread: 1-2/5" (36.0 mm), arm length 1-2/5" (36.0 mm), blades 9/32" x 9/32" (7.0 mm long x 7.0 mm deep) Pediatric Finochietto Retractor is used in thoracic pediatric surgeries to grant greater access to the surgical field. It features a ratchet mechanism for easy accomplishment of appropriate retraction. The retractor is manufactured in Germany by expert instrument makers, and is comprised of operating room grade stainless steel.

Pediatric Rib Spreader arms & blades aluminum, ratchet bar stainless steel, spread: 3-7/8" (9.8 cm); arm length: 3-1/8" (7.9 cm); blades: 1-3/16" x 1-1/16" deep (3 x 2.7 cm) Haight-Finochietto Pediatric Rib Spreader is designed for use in cardiothoracic surgical procedures. This instrument is best used when more access is needed below the ribs and functions to create and maintain adequate access to the surgical field. This rib spreader has two arms, one of which can be adjusted to create the best fitting spread distance, as well as windowed blades to maintain uniform pressure over a larger surface area to reduce strain on the patient.