Mixter Clamp Cross Serrated 90 Degree Angled – 3 Piece Modular Reusable Insert

Mixter Clamp Cross Serrated 90 Degree Angled – 3 Piece Modular Reusable Insert is a professional laparoscopic instrument insert engineered for precise dissection, vessel isolation, and controlled tissue handling during minimally invasive procedures. Designed as the working insert component of a 3-piece modular laparoscopic system, it integrates seamlessly with compatible reusable handles and sheaths, delivering exceptional surgical precision, durability, and long-term clinical reliability. The instrument features a specialized 90-degree angled Mixter jaw configuration combined with finely engineered cross serrations . The right-angle jaw profile allows surgeons to access and navigate around vessels, ducts, ligaments, and tissue planes that may be difficult to reach with straight instruments, while the cross-serrated surface enhances tissue engagement and grip stability. The cross serrations create multiple contact points along the jaw surface, helping to securely grasp tissues and anatomical structures while minimizing slippage during manipulation. This design improves control during blunt dissection, vessel isolation, ligature passage, and tissue retraction while maintaining atraumatic handling characteristics. The Mixter design is particularly effective for vessel isolation, blunt dissection, tissue plane development, ligature placement, suture passage, anatomical structure identification, and controlled tissue manipulation . The 90-degree angle enables surgeons to work efficiently around critical structures while maintaining excellent visibility and precise instrument control. The precision-engineered jaws provide excellent tactile feedback, allowing delicate tissue separation and secure handling during complex laparoscopic procedures. The combination of right-angle access and enhanced grip capability makes this insert especially valuable in advanced minimally invasive surgical applications. As a 3-piece modular reusable insert , the instrument is designed for use with compatible reusable laparoscopic handles and sheaths. This modular design simplifies maintenance, facilitates efficient cleaning and sterilization, and allows economical replacement of individual components without replacing the complete instrument assembly. The insert is highly effective for vessel isolation, blunt dissection, tissue manipulation, ligature guidance, suture passage, surgical exposure, and assistance during advanced laparoscopic procedures . Its versatile functionality makes it an essential instrument for both routine and complex minimally invasive interventions. Widely utilized in general surgery, gynecology, urology, colorectal surgery, bariatric surgery, hepatobiliary surgery, thoracic surgery, and advanced laparoscopic procedures , the insert supports safe and efficient tissue handling across numerous surgical specialties. Manufactured from premium surgical-grade stainless steel , the insert offers exceptional durability, corrosion resistance, and extended service life. Precision manufacturing ensures reliable jaw alignment, smooth operation, and consistent performance through repeated sterilization cycles and routine clinical use. The polished surgical finish facilitates thorough cleaning and compatibility with standard hospital sterilization protocols. Fully reusable and autoclavable, the Mixter Clamp Cross Serrated 90 Degree Angled – 3 Piece Modular Reusable Insert is suitable for hospitals, ambulatory surgery centers, teaching institutions, and specialty minimally invasive surgical facilities worldwide. Trusted by surgical professionals, this reusable modular insert delivers enhanced tissue control, precise vessel isolation capability, and professional-grade clinical reliability for advanced laparoscopic and minimally invasive surgery. Specifications Feature Details Product Name Mixter Clamp Cross Serrated 90 Degree Angled – 3 Piece Modular Reusable Insert Instrument Type Laparoscopic Mixter Clamp Insert Design 90-Degree Angled Mixter Jaw Configuration with Cross Serrations Component Type Reusable Modular Insert Compatibility Compatible with Modular Laparoscopic Handle and Sheath Systems Function Vessel Isolation, Blunt Dissection, Tissue Manipulation, and Suture Passage Jaw Type Cross Serrated 90-Degree Angled Mixter Jaws Material Surgical-Grade Stainless Steel Feature Enhanced Grip Stability and Precise Anatomical Access Usage Laparoscopic and Minimally Invasive Surgery Finish Polished Surgical Finish Sterilization Fully Sterilizable Reusability Reusable Configuration Modular Insert Component Clinical Applications General Surgery, Gynecology, Urology, Colorectal Surgery, Bariatric Surgery, Hepatobiliary Surgery, Thoracic Surgery & Laparoscopy Frequently Asked Questions What is the Mixter Clamp Cross Serrated 90 Degree Angled – 3 Piece Modular Reusable Insert used for? It is used for vessel isolation, blunt dissection, tissue plane development, ligature placement, suture passage, anatomical structure identification, and controlled tissue manipulation during laparoscopic and minimally invasive surgical procedures. What are the benefits of the cross-serrated jaws? The cross-serrated jaws provide enhanced tissue retention, improved grip stability, reduced tissue slippage, and greater control during dissection and manipulation procedures. What are the advantages of the 90-degree angled Mixter design? The 90-degree angled jaw configuration allows surgeons to access difficult-to-reach anatomical structures, navigate around vessels and ducts, and perform precise dissections within confined operative spaces. Is this a complete instrument? No. This product is a reusable modular insert only and is designed for use with compatible laparoscopic handles and sheaths as part of a 3-piece modular instrument system. Can the insert be sterilized and reused? Yes. The Mixter Clamp Cross Serrated 90 Degree Angled – 3 Piece Modular Reusable Insert is fully reusable, autoclavable, and designed to maintain optimal performance through repeated cleaning, sterilization, and clinical use.