9 inch Tuttle Tissue Forceps

The 9″ Tuttle Tissue Forceps is a precision surgical instrument designed for secure tissue grasping and controlled manipulation in vascular, abdominal, and general surgical procedures. Its balanced structure and extended length provide excellent handling performance in both mid-depth and deeper surgical fields where precision and stability are essential. This instrument features precision serrated jaws , engineered to deliver a firm and reliable grip on tissues without slippage. The serrations enhance frictional control, allowing surgeons to handle soft tissues, fascia, and moderately dense structures during dissection, suturing assistance, and retraction. It is designed to ensure secure handling while minimizing tissue trauma when used with proper surgical technique. The 9-inch length offers an optimal balance between reach and maneuverability, making it suitable for a wide range of surgical applications. It allows surgeons to access deeper anatomical areas while maintaining precise control during delicate procedures. The Tuttle design enhances ergonomic comfort and operational stability , ensuring a natural grip and reducing hand fatigue during prolonged surgical use. Its balanced construction supports fine motor control, making it ideal for repetitive or precision-based surgical tasks. Manufactured from premium surgical-grade stainless steel , the forceps ensures long-lasting durability, corrosion resistance, and consistent performance. It is designed to withstand repeated autoclave sterilization cycles without loss of alignment, strength, or functional integrity. A matte or satin anti-glare finish reduces reflection under surgical lighting, improving visualization of fine anatomical structures and enhancing surgical accuracy in complex procedures. The 9″ Tuttle Tissue Forceps is fully reusable and intended for professional surgical use. It meets strict medical standards for sterilization, safety, and performance, making it suitable for hospitals, surgical centers, and advanced operating environments. This instrument is widely used in vascular surgery, abdominal surgery, general surgical procedures, and reconstructive operations where secure and controlled tissue handling is required. Key Features 9″ balanced length for versatile surgical use Precision serrated jaws for secure grip Controlled handling with minimal slippage Tuttle ergonomic design for improved comfort Surgical-grade stainless steel construction Corrosion-resistant and highly durable Excellent stability in surgical procedures Reduced hand fatigue during extended use Fully autoclavable and reusable instrument Matte anti-glare finish improves visibility Ideal for abdominal and vascular surgery Designed for controlled tissue manipulation Product Specifications Table Specification Details Product Type Tissue Forceps Application Vascular, Abdominal, General Surgery Material Surgical Grade Stainless Steel Length 9″ Finish Satin / Matte Anti-Reflective Sterilization Autoclavable Reusability Reusable Specialty Tuttle Tissue Design Instrument Type Tissue Holding Forceps Usage Tissue grasping and handling Product Contents 1 x 9″ Tuttle Tissue Forceps Applications Vascular surgery procedures Abdominal surgical operations General surgery Reconstructive surgery Tissue retraction and handling Hospital operating room use Deep and mid-depth surgical fields Fine tissue dissection FAQs Q1: What is Tuttle tissue forceps used for? A: It is used for secure gripping and controlled handling of tissues during surgical procedures. Q2: Is it suitable for abdominal surgery? A: Yes, the 9-inch length is ideal for abdominal and general surgical procedures. Q3: Does it damage tissue? A: It provides strong grip but should be used carefully to minimize tissue trauma. Q4: Can it be sterilized? A: Yes, it is fully autoclavable and suitable for repeated sterilization cycles. Q5: What material is used? A: It is made from high-quality surgical stainless steel for durability and corrosion resistance. Q6: Is it reusable? A: Yes, it is fully reusable and designed for long-term surgical use.