Lemmon Sternal Approximator

Rib Spreader-Approximator stainless steel, spread: 3-1/2" (8.9 cm), arm length: 2-3/8" (6.0 cm), blades: 7/8" x 3/4" deep (2.2 x 1.9 cm) Finochietto Infant Rib Spreader-Approximator is a highly versatile instrument for infant cardiothoracic surgeries. This spreader-approximator is a multi purpose tool that can be used to separate the ribs to allow access to the surgical field by using the windowed lip blades. Uniquely, this instrument can also be used as an approximator to bring the ribs back to closure by utilizing the pointed hooks on the tip of each arm.

Rib Spreader stainless steel. Haight Pediatric Rib spreader is well suited for use in pediatric patients in cardiothoracic surgical procedures. Its lightweight stainless steel construction and fenestrated blades allow it to be strongly built but uniquely crafted to distribute force so as not to cause undue stress on the patient. This instrument is available in two different arm lengths so as to accommodate a variety of patients.

Crawford Aorta Retractor Crawford Aorta Retractor is a specialized surgical instrument made for aortic retraction in cardiothoracic surgeries. This aortic retractor can be used in procedures such as in aortic valve replacement where an incision is made around the aorta and the retractor can be used to expose the valve. This instrument is available in two blade sizes to accommodate a wide array of patients and aortic sizes.

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.