7 1/2″ Leland-Jones Clamp Titanium Angled

The 7 1/2″ Leland-Jones Clamp Titanium Angled is a specialized cardiovascular and vascular surgical instrument designed to assist with controlled manipulation, positioning, isolation, and temporary occlusion of appropriately sized blood vessels. Measuring 7.5 inches overall, this clamp combines an angled working configuration with titanium construction , providing specialized access and lightweight handling for selected vascular procedures. The Leland-Jones Clamp is designed for vascular applications where controlled vessel management and precise instrument positioning are required. Depending on the specific working-end configuration, it may assist with vessel isolation, temporary occlusion, positioning, manipulation, and selected vascular repair or reconstructive procedures. The exact clinical application should always be determined by a qualified vascular or cardiovascular surgeon. The angled configuration provides an offset trajectory between the instrument shaft and working end. This geometry can facilitate access to selected vascular structures when a direct straight approach is less convenient because of anatomical positioning, surrounding structures, or limited operative exposure. The angled profile can also provide practical hand clearance while positioning the working end. At 7.5 inches overall length , the instrument provides useful working reach while retaining practical maneuverability. This length can be advantageous in selected peripheral vascular and cardiovascular operative fields where controlled access to deeper or less directly positioned vascular structures is required. A key feature of this model is its titanium construction . Titanium provides a favorable strength-to-weight ratio and excellent corrosion resistance, making it suitable for specialized surgical instrumentation. Its lightweight characteristics can contribute to comfortable handling during procedures requiring sustained instrument positioning and controlled vascular manipulation. The Leland-Jones Titanium Clamp may be incorporated into professional vascular, cardiovascular, peripheral vascular, and thoracic surgical instrument sets . Potential applications include temporary vascular occlusion, vessel isolation, positioning, manipulation, and selected vascular repair or reconstruction procedures, depending on the working-end design and surgical technique. Proper instrument selection is essential when handling vascular tissue. Vessel diameter, anatomical location, tissue characteristics, operative exposure, and procedural requirements should be considered before selecting the clamp. Exact jaw dimensions, angulation, and working-end specifications should be verified against the manufacturer’s technical documentation. Controlled application is important to help minimize potential vascular tissue trauma. The working end should be accurately positioned before application, and only the force necessary for the intended clinical purpose should be used. Excessive compression, twisting, bending, or inappropriate leverage should be avoided. The angled working profile can provide a useful offset approach around selected vascular anatomy. This geometry may help maintain visualization and hand clearance while positioning the instrument, depending on the operative field and surgical technique. The titanium construction also provides excellent resistance to corrosion and a lightweight feel compared with many conventional metallic surgical instruments. Proper care remains essential to maintain the instrument’s surface finish and mechanical performance. After use, reusable instruments should be promptly cleaned and decontaminated according to established healthcare-facility procedures. Particular attention should be given to the angled working end, jaws, hinge, and adjoining surfaces , where blood and biological residue may accumulate. The clamp should be inspected for wear, deformation, surface damage, corrosion, and proper alignment before sterilization. Sterilization should be performed using a validated process compatible with titanium instrumentation, the manufacturer’s instructions, and institutional infection-control requirements. Proper handling and storage help preserve the angled geometry and titanium surface. The 7 1/2″ Leland-Jones Clamp Titanium Angled combines a 7.5-inch overall length, specialized angled working profile, and lightweight titanium construction. Its practical reach, offset geometry, and durable material make it a useful addition to professional vascular and cardiovascular surgical instrument sets. Key Features Leland-Jones vascular clamp design 7.5-inch overall length Angled working configuration Titanium construction Lightweight and maneuverable design Excellent corrosion resistance Provides an offset working trajectory Supports controlled temporary vascular occlusion Facilitates vessel positioning and isolation Useful for controlled vascular manipulation Suitable for cardiovascular and vascular surgery Durable professional reusable construction Product Specifications Specification Details Product Name Leland-Jones Clamp Overall Length 7 1/2″ Configuration Angled Material Titanium Instrument Type Vascular / Cardiovascular Clamp Primary Function Vessel manipulation, positioning, isolation, and temporary occlusion Intended Application Appropriately sized vascular structures Surgical Specialty Vascular / Cardiovascular Surgery Typical Application Vessel control, isolation, positioning, and manipulation Working Profile Angled Construction Benefit Lightweight and corrosion-resistant Reusable Yes, for reusable models Sterilization Follow validated manufacturer and facility protocols FAQs 1. What is the Leland-Jones Titanium Clamp used for? It is designed to assist with controlled manipulation, positioning, isolation, and temporary occlusion of appropriately sized vascular structures during selected vascular procedures. 2. What is the overall length of this clamp? The overall length is 7.5 inches (7 1/2″) . 3. What does the angled design provide? The angled configuration provides an offset working trajectory that can facilitate access to selected vascular structures. 4. What are the benefits of titanium construction? Titanium provides a favorable strength-to-weight ratio, lightweight handling, and excellent corrosion resistance. 5. Can this clamp be used for temporary vascular occlusion? Yes. It can support temporary vascular occlusion when appropriately selected for the target vessel and surgical technique. 6. Which specialties may use this instrument? It may be incorporated into selected vascular, cardiovascular, peripheral vascular, and thoracic surgical instrument sets. 7. Is this Leland-Jones Clamp reusable? Yes, when supplied as a reusable model. It should be properly cleaned, inspected, and sterilized after each use. 8. How should the titanium clamp be sterilized? Reusable models should be cleaned, inspected, and sterilized using a validated process compatible with titanium instrumentation and the manufacturer’s instructions.