The Cardiovascular Surgical 6½″ Henley Carotid Retractor Modified Weitlaner, 3 Center Blades is a specialized self-retaining surgical instrument designed to provide effective exposure during carotid artery, vascular, and cardiovascular procedures. Combining the proven functionality of the Weitlaner retractor design with a modified Henley configuration, this instrument allows surgeons to achieve controlled tissue separation while maintaining a clear and stable operative field.
This Henley Carotid Retractor Modified Weitlaner is particularly valuable in procedures requiring precise access to delicate vascular structures, including carotid endarterectomy, vascular reconstruction, and other neck or cardiovascular surgical interventions. Its self-retaining mechanism helps maintain consistent retraction without requiring continuous manual assistance, improving surgical efficiency and allowing surgeons to focus on critical procedural steps.
The instrument features a 6½-inch length that offers excellent balance between maneuverability and surgical reach. The compact design makes it suitable for procedures involving smaller anatomical spaces where controlled exposure and minimal tissue disruption are important. The three center blades provide additional stability and enhanced tissue engagement, helping maintain the desired surgical opening throughout the procedure.
Manufactured from high-quality surgical stainless steel, the Cardiovascular Surgical Henley Carotid Retractor delivers exceptional durability, corrosion resistance, and long-term performance. The strong construction allows the instrument to withstand repeated sterilization cycles while maintaining its mechanical function and precision. Its smooth polished surface supports easy cleaning and reduces the risk of biological material retention during reprocessing.
The modified Weitlaner-style design incorporates sharp or semi-sharp retracting tips that provide secure positioning within soft tissue while minimizing unnecessary movement during surgery. The self-retaining feature reduces the need for additional assistance, helping improve operating room workflow and providing surgeons with better control over the surgical site.
This vascular surgical retractor is engineered to support accurate visualization during delicate procedures involving arteries, veins, and surrounding tissues. Improved exposure can assist surgeons in identifying anatomical structures, placing vascular clamps, performing dissections, and completing repairs with greater precision. The balanced design contributes to comfortable handling and dependable performance during extended cardiovascular procedures.
The Henley Carotid Retractor Modified Weitlaner 6½″ with 3 Center Blades is suitable for hospitals, cardiovascular surgery centers, and specialty operating rooms requiring reliable surgical exposure instruments. Proper maintenance, including thorough cleaning, inspection, lubrication of moving components when required, and sterilization according to institutional guidelines, helps preserve the instrument’s performance and service life.
Designed for professional surgical applications, this retractor represents a combination of precision engineering, ergonomic functionality, and durable construction. Its specialized design makes it a valuable addition to cardiovascular and vascular surgical instrument sets, supporting surgeons in achieving safe and effective operative access.
Key Features
- Designed for carotid, vascular, and cardiovascular surgical procedures
- Modified Weitlaner self-retaining retractor design for hands-free operation
- 6½″ length provides excellent control and surgical maneuverability
- Features three center blades for enhanced tissue engagement and stability
- Manufactured from premium surgical-grade stainless steel
- Corrosion-resistant construction supports repeated sterilization
- Provides consistent and controlled soft tissue retraction
- Ergonomic design improves handling and reduces surgeon fatigue
- Smooth finish allows easy cleaning and instrument maintenance
- Ideal for carotid endarterectomy and vascular exposure procedures
- Durable construction ensures long-term operating room performance
Product Specifications Table
| Product Name | Cardiovascular Surgical Henley Carotid Retractor Modified Weitlaner |
|---|---|
| Instrument Type | Self-Retaining Surgical Retractor |
| Length | 6½ Inches |
| Blade Configuration | 3 Center Blades |
| Design | Modified Weitlaner Design |
| Application | Carotid, Vascular & Cardiovascular Surgery |
| Material | Surgical Stainless Steel |
| Function | Soft Tissue Retraction and Surgical Exposure |
| Mechanism | Self-Retaining Ratchet System |
| Finish | Polished Surgical Finish |
| Sterilization | Compatible with Standard Sterilization Methods |
| Reusable | Yes |
| Specialty | Vascular Surgery, Cardiothoracic Surgery |
FAQs
1. What is a Henley Carotid Retractor Modified Weitlaner used for?
The Henley Carotid Retractor Modified Weitlaner is used for controlled tissue retraction during carotid artery procedures, vascular surgery, and cardiovascular operations requiring precise exposure.
2. What is the advantage of a self-retaining carotid retractor?
A self-retaining retractor maintains tissue separation without continuous manual holding, improving surgical efficiency and providing surgeons with better access to the operative field.
3. Why does this retractor have three center blades?
The three center blades provide additional stability and secure tissue engagement, helping maintain consistent exposure during delicate vascular procedures.
4. Is the 6½″ Henley Carotid Retractor reusable?
Yes, this surgical retractor is designed for repeated use when properly cleaned, inspected, and sterilized according to medical facility protocols.
5. What material is used for this cardiovascular surgical retractor?
The instrument is manufactured from high-quality surgical stainless steel, offering durability, corrosion resistance, and compatibility with sterilization procedures.
6. Which surgeries commonly require a carotid retractor?
Carotid retractors are commonly used in carotid endarterectomy, vascular reconstruction, arterial procedures, and other cardiovascular surgical applications requiring precise exposure.

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