Self Retaining Retractors
Self Retaining Retractors are designed to provide stable, hands-free tissue retraction during complex surgical procedures. Ideal for use in orthopedic, neurosurgical, spinal, and general surgeries, these retractors enhance surgical access and reduce fatigue for the surgical team.
Constructed from medical-grade stainless steel or titanium, each self-retaining surgical retractor features precision-engineered arms and blades that lock securely into place—eliminating the need for manual holding. Whether you require bipolar, spring-loaded, or adjustable self-retaining retractors, our collection offers durable, ergonomic solutions tailored to your specialty.
These reusable and autoclavable self-retaining retractors are available in a variety of blade sizes and frame designs, including Weitlaner, Gelpi, and Beckman styles—perfect for maintaining exposure in deep or narrow surgical sites.
Trusted by surgeons worldwide, our self-retaining retractors for surgery ensure greater efficiency, better visualization, and consistent performance in high-demand surgical environments
Deep Meyerding Retractor with Ergonomic Handle
Widely used in orthopedic, spinal, and general surgeries requiring precise exposure and minimal tissue trauma.
Double Bent Extended Deep Tissue Retractor
Ideal for orthopedic, spinal, and complex general surgical procedures requiring controlled deep tissue retraction.
Durham Offset Zelpi Retractor
The Durham Offset Zelpi Retractor is a precision-engineered self-retaining surgical instrument used for effective tissue separation during complex procedures. Its offset design enhances visibility and access in deep surgical fields.
Ideal for orthopedic, spinal, and general surgeries requiring stable and controlled retraction.
Flat Gelpi Retractors
Flat Gelpi Retractors are precision-engineered self-retaining surgical instruments designed to provide stable and efficient tissue retraction during orthopedic and general surgical procedures. Their flat, durable construction ensures optimal visibility and controlled surgical access.
Ideal for surgeons requiring reliable exposure with minimal manual effort in the operative field.
