1/2” CVD Yasargil Ligature Carrier – Probe PT Short

The 1/2” CVD Yasargil Ligature Carrier – Probe PT Short is a specialized microsurgical instrument widely used in neurosurgery, vascular surgery, and delicate microsurgical procedures. Designed for precise ligature placement and controlled handling of sutures in deep and narrow surgical fields, this instrument ensures maximum accuracy and safety during complex operative procedures. The Yasargil-style design is globally recognized in neurosurgical practice for its exceptional precision and reliability. This ligature carrier features a 1/2” curved vessel dissecting (CVD) profile combined with a probe-type short tip (PT Short), making it highly effective for working in confined anatomical spaces where fine control is essential. It allows surgeons to pass, position, and secure ligatures around delicate structures such as blood vessels and neural tissues with minimal trauma. In neurosurgical applications, precision is critical. The 1/2” CVD Yasargil Ligature Carrier is specifically engineered to provide stable and controlled movement during microsurgical procedures. It enables surgeons to navigate deep operative fields with enhanced visibility and accuracy, particularly in procedures involving aneurysm clipping, vascular ligation, and delicate tissue separation. The instrument is manufactured from premium surgical-grade stainless steel, ensuring superior strength, corrosion resistance, and long-term durability. It is designed to withstand repeated sterilization cycles, including autoclave and chemical disinfection processes, without compromising performance or structural integrity. The finely polished surface reduces friction and enhances smooth interaction with surrounding tissues, ensuring atraumatic handling. The short probe tip (PT Short) design improves maneuverability in restricted surgical spaces, allowing surgeons to perform precise ligature placement even in deep or narrow anatomical regions. The 1/2” curvature further enhances accessibility around vessels and delicate structures, making it an essential tool in microsurgical and neurovascular procedures. Ergonomically designed, the instrument offers excellent balance and handling comfort. Its lightweight yet sturdy construction reduces surgeon fatigue during prolonged procedures, while maintaining stability and precision. The grip design ensures secure control, which is critical in high-stakes neurosurgical environments where even minor deviations can impact outcomes. The Yasargil Ligature Carrier is fully compatible with standard sterilization techniques, including autoclaving and chemical sterilization. Its heat-resistant stainless steel construction ensures long-term usability and consistent performance even after repeated sterilization cycles. This makes it a reliable reusable instrument for hospitals, neurosurgical centers, and specialized surgical units. Beyond neurosurgery, this ligature carrier is also used in vascular and cardiovascular procedures where precise ligature placement is required. It assists in securing sutures around delicate vessels and anatomical structures, supporting safe and efficient surgical outcomes. The polished finish ensures optimal hygiene by preventing residue buildup and facilitating easy cleaning. This supports strict infection control standards in surgical environments and enhances the instrument’s longevity. Overall, the 1/2” CVD Yasargil Ligature Carrier – Probe PT Short is an indispensable microsurgical instrument that combines precision engineering, ergonomic design, and durable construction. It is trusted by surgeons for its accuracy, reliability, and performance in complex neurosurgical and vascular procedures. Key Features Designed for precise neurosurgical ligature placement 1/2” CVD curved design for enhanced accessibility Probe PT short tip for fine control in confined spaces Ideal for microsurgery and vascular procedures Made from premium surgical-grade stainless steel Corrosion-resistant and highly durable construction Smooth polished finish for reduced tissue friction Excellent tactile control during delicate procedures Ergonomic design for stable and comfortable handling Fully autoclavable and reusable surgical instrument Suitable for deep and narrow surgical fields Trusted design inspired by Yasargil microsurgical standards Product Specifications Table Specification Details Product Type Ligature Carrier / Microsurgical Instrument Application Neurosurgery, Vascular Surgery Material Surgical Grade Stainless Steel Finish Mirror Polished Sterilization Autoclave / Chemical Sterilization Reusability Reusable Specialty Microsurgical Ligature Handling Instrument Type Yasargil Ligature Carrier Usage Ligature placement and vessel handling Product Contents 1 x 1/2” CVD Yasargil Ligature Carrier Probe PT Short Applications Neurosurgical aneurysm clipping procedures Microsurgical vascular ligation Deep brain and spinal surgical procedures Neurovascular structure management Cardiovascular and vascular surgery Delicate soft tissue ligature placement Minimally invasive surgical procedures Deep and narrow field surgical access Microsurgical reconstruction procedures FAQs 1. What is the 1/2” CVD Yasargil Ligature Carrier used for? It is used for precise placement and handling of ligatures in neurosurgical and microsurgical procedures. 2. What does PT Short mean in this instrument? PT Short refers to the short probe tip design, which enhances control and maneuverability in confined surgical spaces. 3. Is this instrument suitable for neurosurgery? Yes, it is specifically designed for neurosurgical and microsurgical procedures requiring high precision. 4. What material is the ligature carrier made from? It is made from high-quality surgical-grade stainless steel for durability and corrosion resistance. 5. Can it be sterilized and reused? Yes, it is fully autoclavable and designed for repeated sterilization and long-term reuse. 6. Why is the 1/2” CVD design important? The curved design improves access to deep and angled anatomical structures during delicate procedures. 7. Is it used only in neurosurgery? No, it is also used in vascular and microsurgical procedures requiring precise ligature control.