Smith & Nephew 3757 Leg Holder Pad 1/EA

• Model: 3757
• Dimensions: Approximately 38″ length × 3.5″ width × ~1.375″ thickness
• Attachment: Velcro
• Material: Dual‑layer foam pad with a dense outer foam for stabilization and a soft, compressible inner foam for gentle contact with patient skin — helps distribute pressure and reduce potential irritation.

The Smith & Nephew 3757 Leg Holder Pad is an essential surgical positioning accessory engineered to improve patient comfort and stability during lower extremity procedures such as arthroscopy and knee reconstruction. Designed for use with compatible leg positioning systems, this 38″ long disposable pad offers a combination of dense outer foam for reliable leg stabilization and a soft, compressible inner layer to gently cushion the patient’s limb against pressure points. Its ergonomic design helps support consistent positioning throughout prolonged surgical procedures, enhancing both safety and workflow efficiency.

Crafted for convenience in high‑throughput operating rooms, this single‑use, non‑sterile pad eliminates the need for time‑consuming reprocessing while promoting hygienic practices. The integrated fastening system ensures secure attachment to leg holder frames, keeping the patient’s limb comfortably positioned and reducing the risk of slippage during dynamic operative setups. By evenly distributing pressure and minimizing soft‑tissue compression, the pad helps mitigate the potential for post‑operative discomfort and pressure‑related injury.

Trusted by orthopedic and sports medicine surgical teams, the Smith & Nephew 3757 Leg Holder Pad supports a range of procedures requiring enhanced leg support and stabilization. Whether used in ambulatory surgery centers or hospital operating suites, this disposable pad integrates seamlessly into existing leg holder systems to help deliver predictable patient positioning and improved procedural outcomes. Its latex‑free construction and reliable performance make it an ideal choice for clinicians focused on patient safety and procedural efficiency.