7 ¾” DeBakey-Diethrich Vascular Tissue Forceps, 1.5 mm

The 7¾” DeBakey-Diethrich Vascular Tissue Forceps, 1.5 mm are specialized microsurgical instruments engineered for atraumatic handling of delicate blood vessels and soft tissues during vascular, cardiovascular, thoracic, and reconstructive procedures. Combining the renowned DeBakey atraumatic serration pattern with the refined Diethrich design, these forceps deliver outstanding precision and tissue preservation, making them indispensable in modern surgical practice. Designed with an overall length of 7¾ inches, these vascular tissue forceps provide an ideal balance between reach and maneuverability. Their fine 1.5 mm tips allow surgeons to grasp small vessels and fragile tissues with exceptional accuracy while maintaining excellent tactile sensitivity. The slender profile enables improved visibility and access to deep operative sites, particularly during microsurgical and cardiovascular procedures. Unlike conventional toothed forceps, the DeBakey-Diethrich Vascular Tissue Forceps feature atraumatic longitudinal serrations that distribute pressure evenly across tissues. This unique design reduces the risk of crushing, tearing, or compromising delicate vascular structures. As a result, the instrument is widely used during vascular anastomosis, vessel dissection, bypass procedures, and microvascular surgery where tissue integrity is critical. Manufactured from high-quality surgical-grade stainless steel, these forceps exhibit superior resistance to corrosion, staining, and wear. Their robust construction ensures long-term performance even after repeated sterilization cycles. The satin finish minimizes glare under operating room lights, enhancing visibility and reducing eye strain during lengthy procedures. The ergonomic spring-handle configuration provides excellent control and comfortable handling, helping surgeons maintain precision throughout complex operations. The lightweight yet durable design minimizes hand fatigue and supports fine manipulation during intricate vascular repairs. The 7¾” DeBakey-Diethrich Vascular Tissue Forceps, 1.5 mm are commonly utilized by vascular surgeons, cardiovascular specialists, thoracic surgeons, plastic surgeons, and microsurgeons. Their versatility makes them suitable for hospitals, ambulatory surgery centers, cardiac operating rooms, and specialty clinics requiring high-performance surgical instruments. Fully reusable and compatible with standard steam autoclave sterilization methods, these forceps offer a cost-effective solution while maintaining the highest standards of surgical safety and performance. Their precise construction, atraumatic gripping capability, and durable stainless-steel composition make them an essential instrument for delicate tissue handling and vessel manipulation. Whether used in coronary artery bypass surgery, peripheral vascular procedures, microvascular reconstruction, or general soft tissue surgery, the 7¾” DeBakey-Diethrich Vascular Tissue Forceps, 1.5 mm provide the accuracy, control, and reliability demanded by modern surgeons. Key Features Precision-crafted 7¾-inch DeBakey-Diethrich vascular tissue forceps Fine 1.5 mm tips for delicate tissue manipulation Atraumatic DeBakey serration pattern minimizes tissue damage Designed for vascular and cardiovascular surgery Premium surgical stainless steel construction Satin finish reduces glare under surgical lighting Excellent tactile sensitivity and instrument control Lightweight ergonomic design minimizes hand fatigue Corrosion-resistant and highly durable Suitable for microsurgical and reconstructive procedures Fully reusable and autoclavable Ideal for vessel dissection and vascular anastomosis Product Specifications Table Specification Details Product Type Vascular Tissue Forceps Application Delicate Tissue and Vessel Handling Material Surgical Grade Stainless Steel Finish Satin / Matte Finish Sterilization Autoclavable Reusability Reusable Specialty Vascular, Cardiovascular, Thoracic, Microsurgery Instrument Type DeBakey-Diethrich Tissue Forceps Usage Atraumatic Grasping and Tissue Manipulation Product Contents 1 × 7¾” DeBakey-Diethrich Vascular Tissue Forceps, 1.5 mm Individually packaged Supplied non-sterile and ready for sterilization before use Applications The 7¾” DeBakey-Diethrich Vascular Tissue Forceps, 1.5 mm are used in: Vascular surgery Cardiovascular surgery Coronary artery bypass procedures Peripheral vascular reconstruction Microvascular surgery Thoracic surgery Plastic and reconstructive surgery Vessel dissection and repair Anastomosis procedures General soft tissue surgery FAQs What are 7¾” DeBakey-Diethrich Vascular Tissue Forceps used for? These forceps are designed for atraumatic handling of blood vessels and delicate tissues during vascular, cardiovascular, thoracic, and microsurgical procedures. What is the advantage of 1.5 mm tips? The fine 1.5 mm tips provide superior precision and allow surgeons to manipulate small vessels and fragile tissues with minimal trauma. Why are DeBakey-Diethrich forceps preferred in vascular surgery? Their atraumatic serration pattern distributes pressure evenly, reducing tissue injury while providing secure vessel handling. Are these vascular tissue forceps reusable? Yes. They are manufactured from premium surgical stainless steel and are intended for repeated use following proper cleaning and sterilization. Can these forceps be autoclaved? Yes. The instrument is fully compatible with standard steam autoclave sterilization procedures used in hospitals and surgical centers. Which specialties commonly use DeBakey-Diethrich forceps? These forceps are widely used in vascular surgery, cardiovascular surgery, thoracic surgery, plastic surgery, microsurgery, and reconstructive procedures. What material are these forceps made from? They are constructed from high-quality medical-grade stainless steel that provides durability, corrosion resistance, and long-term performance. Are these forceps suitable for microvascular procedures? Yes. Their delicate 1.5 mm tips and atraumatic serrations make them highly suitable for microvascular and delicate vessel-handling applications.