Petit Point Mixter Forceps 7¼ inch

The Petit Point Mixter Forceps 7¼ Inch is a specialized surgical instrument used for delicate dissection, vessel isolation, and ligature placement in both routine and complex surgical procedures. Its right-angle jaw design allows surgeons to safely maneuver around blood vessels, ducts, and tissues that may be difficult to access with conventional forceps. With an overall length of 7¼ inches , this instrument provides additional reach compared to shorter models, making it ideal for procedures involving deeper operative fields. The extended length enables surgeons to work with greater precision and control while maintaining clear visibility of the surgical site. A defining feature of the Petit Point Mixter Forceps is its right-angle jaw configuration , which facilitates the passage of sutures and ligatures around anatomical structures. This design is particularly valuable during vascular, abdominal, and general surgical procedures where accurate vessel isolation is required. The finely crafted jaws provide a secure grip on tissues and vessels while minimizing trauma. The instrument is commonly used in general surgery, vascular surgery, thoracic surgery, colorectal surgery, and ENT procedures where precise tissue manipulation is essential. Manufactured from premium surgical-grade stainless steel , the forceps offer excellent durability, corrosion resistance, and long-term reliability. The instrument is engineered to maintain precise jaw alignment and smooth performance through repeated sterilization cycles. Its ergonomic finger-ring handles ensure comfort and enhanced control during prolonged procedures. The ratchet locking mechanism allows secure clamping without continuous hand pressure, improving surgical efficiency and reducing fatigue. Finished with a smooth satin or polished surface, the 7¼ Inch Petit Point Mixter Forceps is easy to clean, fully reusable, and autoclavable, making it a dependable instrument for hospitals, surgical centers, and medical practices. Key Features Premium 7¼ Inch Petit Point Mixter Forceps Right-angle jaw design for superior access Ideal for vessel isolation and ligature passing Extended length for deeper surgical fields Secure grip with precise tissue handling Ratchet locking mechanism for controlled clamping Ergonomic finger-ring handles Surgical-grade stainless steel construction Corrosion-resistant and durable finish Fully reusable and autoclavable Product Specifications Specification Details Product Type Dissecting & Ligature Forceps Application Vessel Isolation & Ligature Placement Material Surgical Grade Stainless Steel Finish Satin / Polished Finish Sterilization Autoclavable Reusability Reusable Specialty General, Vascular & Thoracic Surgery Instrument Type Petit Point Mixter Forceps Jaw Type Right Angle Usage Dissection, Vessel Handling & Ligature Passing Size 7¼ Inch Locking Mechanism Ratchet Product Contents 1 × 7¼ Inch Petit Point Mixter Forceps Applications The Petit Point Mixter Forceps is commonly used in: General surgery Vascular surgery Thoracic surgery Colorectal surgery ENT procedures Vessel isolation Ligature placement Deep tissue dissection Hospital operating rooms Surgical clinics and medical centers FAQs 1. What is Petit Point Mixter Forceps used for? It is used for vessel isolation, tissue dissection, and passing ligatures around vessels and anatomical structures. 2. What is the benefit of the right-angle design? The right-angle jaws allow easier access around vessels and tissues in deep or confined surgical spaces. 3. Is the instrument reusable? Yes, it is fully reusable and autoclavable. 4. What material is it made from? It is manufactured from premium surgical-grade stainless steel. 5. Does it have a locking mechanism? Yes, it includes a ratchet locking system for secure clamping. 6. Which surgical specialties commonly use this instrument? It is widely used in general, vascular, thoracic, colorectal, and ENT surgeries. 7. Why choose the 7¼-inch size? The longer length provides improved reach and control during procedures involving deeper operative fields.