Cobra Retractors

Cobra Retractors are designed to hold back soft tissues and provide clear visibility during surgical procedures. The curved, cobra-shaped blade ensures gentle and controlled retraction with minimal tissue trauma.

The Aufranc Cobra Retractor is designed to retract and elevate spinal roots during neurosurgical procedures. Its cobra-shaped, smooth, blunt blade provides optimal tissue handling with minimal trauma.

Cobra Retractor with Hand Rest 10.25" Blade Width 32mm is used in hip surgeries for anterior, posterior, and lateral approaches. The 32mm blade and built-in handrest allow for precise tissue retraction with reduced hand fatigue.

Designed for deep soft tissue retraction and clear exposure of the femur and hip joint during orthopedic procedures. Featuring an 11 3/4" overall profile, a 16mm wide cobra-style blade, and an ergonomic 6 1/2" handle, these surgical instruments provide steady manual leverage and stable bone engagement while protecting adjacent structures in deep operative fields.

Cobra Retractors Extra Large is an orthopedic surgical instrument used to retract heavy muscle and soft tissue masses, providing wide operative exposure around the hip, pelvis, and acetabulum during total joint replacement procedures.

Narrow Cobra Retractors are used to retract soft tissues around the hip and femur during orthopedic surgery, with a narrow cobra‑style blade that enhances access in confined surgical areas.

The Flared Cobra Retractors 15" Double Prong is designed for anterior, posterior, and lateral approaches in hip surgeries. The double-prong design, combined with a 15" length, provides optimal tissue retraction and exposure with minimal trauma.

Modified Cobra Retractors are high-leverage orthopedic instruments designed to maintain wide visual exposure of deep joints during total hip arthroplasty and pelvic revisions. Forged from medical-grade German stainless steel, they feature a classic flared blade body equipped with a modified narrow tongue tip that anchors firmly onto the bone cortex.