Malleable Center Blade – For Detachable Balfour System

Abdominal Detachable Retractor set includes: 1 pair of 2-1/2" (6.4 cm) wire lateral snap-on blades, 1 pair of 3-1/2" (8.8 cm) wire lateral snap-on blades & one (1) center blade Balfour Abdominal Detachable Retractor is a system that includes one pair of 2 ½" wire lateral snap-on blades, one pair of 3 ½" wire lateral snap-on blades, and one center blade. The center blade is offered in a varity of sizes to accommodate patients. Its ideal function is to be used during a laparotomy in which abdominal incisions need to remain open to uncover the area. Additionally, this retractor is self-retaining, which allows it to be held in place to allow the surgeon to focus on the task and avoid holding it.

Double-ended, 6.0 mm & 11.0 mm, 7-1/8" (18.0 cm) Cope Retractor is a double-ended surgical instrument primarily used to pull back skin or organs that may obstruct the operating area. The main features of this retractor are its different shaped blades. For example, one end contains a strongly curved blade with a lip. The other end, however, contains a sharp, right angle blade with a ridge on the tip.

w/ ratchet bar mechanism, w/ fixed fenestrated side blades, 7-1/8" (18.1 cm) maximum spread Balfour Abdominal Retractor with Fixed Side Blades contains a ratchet bar mechanism and side blades that are fenestrated. These side blades are designed to push apart an incision while the ratchet holds the instrument in position. The solid center blade, however, can be lowered or raised to provide better visibility for the surgeon.

Knurled handle, 6" (15.2 cm), sharp Barsky Skin Hook can be used in various medical procedures where skin or soft tissue needs to be maneuvered, such as procedures involving plastic surgery or ophthalmology. The knurled handle contributes to a better grip for the surgeon, and the hook at the end contains a sharp prong that can be single or double. The high quality stainless steel used to produce this instrument may help to prevent bacteria from adhering to its surface during an operation.