Medical Extremity Drape, 89 x 128 Inch - Sterile SMS Surgical Drape with Absorbent Reinforcement

Premium Sterile Extremity Drape for Superior Surgical Protection

Experience exceptional barrier protection with this professional-grade extremity drape, engineered with advanced five-layer SMS (Spunbond-Meltblown-Spunbond) fabric technology. Measuring a generous 89 x 128 inches (226 x 325 cm), this surgical drape delivers the perfect combination of strength, comfort, and reliability for a wide range of orthopedic and extremity procedures.

Advanced Five-Layer SMS Fabric Technology

Constructed with state-of-the-art SMS technology, this drape features five strong fiber layers that create an exceptionally high barrier against fluid strike-through and contamination. The latest generation manufacturing process produces smaller, more densely packed fibers with superior uniform lay-down, resulting in enhanced protection without sacrificing comfort or flexibility. Made from 100% medical-grade polypropylene, the fabric maintains its integrity throughout even the most demanding procedures while remaining remarkably soft and drapeable for optimal patient comfort.

Thoughtfully Designed for Clinical Excellence

Every aspect of this extremity drape has been carefully engineered for maximum functionality in the operating room. The strategically positioned 2-1/2 inch (6 cm) circular elastic fenestration provides secure, controlled access to the surgical site while maintaining the sterile field. Located precisely 77 inches (196 cm) from the longer end, the fenestration placement accommodates various patient positions and procedure types with ease.

Enhanced Absorbency and Fluid Management

The integrated absorbent reinforcement zone measures 23 x 55 inches (58 x 140 cm), strategically positioned to capture and contain fluids in the critical work area. This advanced reinforcement layer helps maintain a dry, safe working environment throughout the procedure, reducing the risk of fluid pooling and improving overall surgical efficiency. The superior absorbent capacity means fewer interruptions and greater focus on patient care.

Convenient Features for Streamlined Procedures

Built-in hook-and-loop line holders provide secure management of tubes, lines, and cables, keeping the surgical field organized and reducing the risk of accidental disconnection or contamination. The generous 89 x 128 inch dimensions ensure complete coverage for patients of all sizes, while the soft, conformable fabric drapes smoothly over contours without bunching or creating gaps in protection.

Key Product Specifications

• Overall Dimensions: 89 x 128 inches (226 x 325 cm) for comprehensive coverage
• Absorbent Reinforcement: 23 x 55 inches (58 x 140 cm) for superior fluid management
• Fenestration: 2-1/2 inch (6 cm) circular elastic opening positioned 77 inches from longer end
• Material: 100% medical-grade polypropylene SMS fabric with five protective layers
• Line Management: Integrated hook-and-loop holders for secure cable and tube organization
• Barrier Level: High-performance protection against fluid strike-through and contamination

Clinical Benefits and Applications

Ideal for orthopedic surgeries, extremity procedures, and any clinical application requiring reliable sterile draping with exceptional barrier protection. The combination of high-strength SMS fabric, strategic absorbent reinforcement, and thoughtful design features makes this drape an essential component of infection control protocols in modern surgical settings. Healthcare facilities trust this drape for consistent performance, patient safety, and procedural efficiency.

Quality You Can Trust

Manufactured to the highest medical standards, this extremity drape undergoes rigorous quality control testing to ensure consistent barrier performance, sterility, and reliability. The advanced SMS technology represents years of research and development in medical textile engineering, delivering a product that meets the demanding requirements of today's healthcare environment while providing excellent value and performance.