The Neurosurgery Surgical 11¾″ Wylie Retractor 1″ Wide x 7″ Deep is a precision-designed surgical instrument developed to provide controlled deep tissue retraction during complex neurosurgical, spinal, and orthopedic procedures. Engineered for procedures requiring extended reach and reliable exposure, this retractor allows surgeons to access deep anatomical structures while maintaining a clear and stable operative field. Its specialized blade dimensions make it particularly suitable for deep surgical approaches where standard retractors may not provide sufficient working depth.

Deep exposure is essential during many spinal and neurosurgical procedures, including decompression, fusion, and complex reconstructive operations. The Wylie Retractor features a 1-inch wide by 7-inch deep blade, offering a narrow yet extended profile that allows surgeons to reach deeper operative areas while minimizing unnecessary tissue disruption. This design provides focused retraction and improved visualization in confined anatomical regions.

The long deep blade is carefully engineered to provide stable soft tissue separation while maintaining precise control. Its narrow width allows placement in smaller surgical corridors, while the extended depth supports access to deeper structures. This combination makes the instrument highly valuable for procedures where surgeons require both reach and accuracy without compromising tissue protection.

With an overall length of 11¾ inches (approximately 30 cm), the Neurosurgery Surgical Wylie Retractor provides excellent working distance and maneuverability. The extended shaft allows surgeons and assistants to maintain comfortable hand positioning outside the operative field while the blade reaches the required depth. This improves instrument handling during lengthy and technically demanding procedures.

The Wylie Retractor is commonly used during spinal surgery, including laminectomy, spinal decompression, lumbar procedures, cervical spine approaches, spinal fusion, and other neurosurgical interventions requiring deep soft tissue retraction. It is also suitable for orthopedic spine procedures and specialized surgical applications where reliable deep exposure is required.

Manufactured from premium surgical-grade stainless steel, this retractor offers outstanding strength, corrosion resistance, and long-term durability. The robust construction maintains rigidity under continuous retraction forces, ensuring dependable performance throughout demanding procedures. The precision-machined blade maintains consistent alignment and structural integrity even after repeated clinical use.

The satin finish minimizes glare from operating room lighting, enhancing visualization during surgery. The smooth blade surface supports atraumatic tissue handling by reducing unnecessary irritation while maintaining effective retraction. Its carefully designed profile helps distribute pressure evenly, supporting tissue preservation during prolonged procedures.

The ergonomic handle provides a secure and comfortable grip, allowing surgeons and assistants to position and control the retractor with precision. The balanced construction reduces hand fatigue while improving stability during deep surgical exposure. Its rigid design ensures reliable performance without unwanted bending or movement.

The Neurosurgery Surgical 11¾″ Wylie Retractor 1″ Wide x 7″ Deep is commonly included in neurosurgical instrument sets, spine surgery trays, orthopedic surgical systems, and hospital operating room inventories. Its specialized deep blade design makes it an important tool for surgeons performing procedures that require enhanced access and controlled tissue management.

Designed for repeated professional use, the Wylie Retractor 11¾″ 1″ Wide x 7″ Deep is fully reusable and compatible with standard hospital sterilization methods, including steam autoclaving. The premium stainless steel construction maintains its strength, precision, and corrosion resistance through repeated cleaning and sterilization cycles.

Combining extended reach, precision engineering, and durable construction, the Neurosurgery Surgical 11¾″ Wylie Retractor 1″ Wide x 7″ Deep is a trusted instrument for neurosurgeons and spine specialists seeking dependable deep tissue retraction and improved surgical visualization.

Key Features

• Precision Wylie Retractor designed for neurosurgical and spinal procedures
• Overall length of 11¾″ (approximately 30 cm) for deep surgical access
• 1″ wide x 7″ deep blade provides extended tissue retraction capability
• Narrow blade profile supports access in confined operative spaces
• Designed for deep spinal and neurosurgical exposure
• Smooth blade surface helps minimize soft tissue trauma
• Manufactured from premium surgical-grade stainless steel
• Rigid construction provides stable retraction under pressure
• Satin finish reduces glare during surgical procedures
• Ergonomic handle improves comfort and instrument control
• Fully reusable and compatible with steam autoclave sterilization
• Corrosion-resistant design ensures long-term durability

Product Specifications

FAQs

1. What is the Neurosurgery Surgical Wylie Retractor 11¾″ used for?

It is used for deep soft tissue retraction during neurosurgical and spinal procedures where extended access and stable exposure are required.

2. What is the benefit of the 7-inch deep blade?

The 7-inch deep blade allows surgeons to reach deeper anatomical structures while maintaining controlled and reliable tissue retraction.

3. Which procedures commonly use a Wylie Retractor?

It is commonly used in spinal decompression, laminectomy, cervical and lumbar spine surgery, fusion procedures, and other deep surgical approaches.

4. What material is the Wylie Retractor made from?

The instrument is manufactured from premium surgical-grade stainless steel, providing excellent strength, durability, and corrosion resistance.

5. Can the Wylie Retractor be sterilized and reused?

Yes. The retractor is fully reusable and designed for repeated steam autoclave sterilization while maintaining its precision and long-term performance.