Sternal Retractors – Aluminum

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.

Rib Spreader aluminum Casataneda Rib Spreader is a uniquely designed cardiothoracic instrument ideal for use in pediatric patients. This aluminum spreader has two arms which seamlessly transition into the attached blade structures. The arm and blade design on this instrument give the blades more length than traditionally thus transferring the pressure over a larger surface area and causing less deformity in smaller patients delicate structures. This instrument is available in three sizes: newborn, infant and child.

Child size, self-retaining w/ rack & pinion action, complete w/ 4 swivel blades, child, 4-1/2" (11.4 cm) arm length, 4-3/4" (12.0 cm) spread, 3/4" (1.9 cm) wide x 1" (2.5 cm) deep blade Ankeney Sternal Retractor is ideally used for cardiothoracic surgical procedures. It is most effectively used as a sternum separator allowing access to the surgical field and is unique designed with a self-retaining rack and pinion action for optimal function. This child size retractor includes 4 swivel blades.

Rib Spreader - Child child size, 2 pairs of blades, spread: 6-1/4" (16.0 cm), arm length: 4-1/8" (10.5 cm), blades: 7/8" x 1" (2.3 cm x 2.5 cm), 1-1/4" x 1-3/8" (3.3 cm x 3.5 cm), 1-5/8" x 1-3/8" (4.3 cm x 3.5 cm), 1-3/4" x 2" (4.5 cm x 5.0 cm) Burford-Finochietto Rib Spreader is a highly-customizable instrument utilized in cardiothoracic procedures that is formed from aluminum and is used to keep the surgical field accessible in pediatric patients. This rib spreader comes equipped with two curved arms and is designed to allow a dispersal of pressure over a larger surface area reducing deformation.