Universal Ring Retractor

Double-Ended double-ended, 1" wide x 9" long Deaver Retractor is typically used during abdominal procedures to keep the organs from interfering with the surgical site. This double-ended instrument has a long, curved blade on one end and a short, right angle blade on the other end. The shorter end may help to retract the walls of the bladder during intravesical surgeries, and the longer end may be helpful for deeper retractions.

Set includes: frame (110.0 mm spread, 9-1/4" (23.5 cm)) & pair of blades (62.0 x 38.0 mm) Collin Abdominal Retractor is an entire set that includes a frame and a pair of blades. These blades are outwardly curved at a right angle and are deep enough to retract thicker areas of the abdomen. In addition, the retractor contains ring handles and a spreader that has a maximum spread of 110.0 mm, which can keep larger incisions open.

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.

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.