7″ Bailey Forceps, Very Fine, 60° Angle

The 7 Inch Bailey Forceps Very Fine 60° Angle is a specialized surgical instrument used for fine tissue dissection, vessel isolation, and delicate manipulation of anatomical structures during complex surgical procedures. Its slender profile and angled jaws make it particularly useful in procedures where precision and atraumatic handling are essential. With an overall length of 7 inches , this instrument provides an ideal balance between reach and control. The extended length allows surgeons to access deeper operative sites while maintaining excellent visibility and maneuverability. A key feature of the instrument is its very fine 60-degree angled jaws , which allow precise access around blood vessels, nerves, ducts, and soft tissues. The angled configuration enhances visibility and facilitates dissection in narrow or difficult-to-reach anatomical areas. The Bailey Forceps is commonly used in vascular surgery, thoracic surgery, cardiovascular procedures, general surgery, and microsurgical applications where delicate handling and precise instrument control are required. The fine jaws are designed to provide a secure grip while minimizing trauma to surrounding tissues. This makes the instrument particularly effective for passing ligatures, isolating vessels, and performing meticulous dissections. Manufactured from premium surgical-grade stainless steel , the forceps offer excellent durability, corrosion resistance, and long-term performance. The instrument maintains precise alignment and smooth operation through repeated sterilization cycles. The ergonomic finger-ring handles ensure comfortable handling and superior control during extended procedures. A ratchet locking mechanism allows secure clamping when needed, reducing hand fatigue and improving procedural efficiency. Its smooth satin or polished finish promotes easy cleaning and sterilization. Fully reusable and autoclavable, the 7 Inch Bailey Forceps Very Fine 60° Angle is a dependable instrument for hospitals, surgical centers, and specialized operating rooms. Key Features Premium 7 Inch Bailey Forceps Very fine jaws for delicate surgical work 60° angled design for enhanced access Ideal for vessel isolation and ligature placement Suitable for fine tissue dissection Excellent reach and maneuverability Ratchet locking mechanism for secure control Ergonomic finger-ring handles Surgical-grade stainless steel construction Fully reusable and autoclavable Product Specifications Specification Details Product Type Dissecting & Ligature Forceps Application Vessel Isolation & Fine Dissection Material Surgical Grade Stainless Steel Finish Satin / Polished Finish Sterilization Autoclavable Reusability Reusable Specialty Vascular, Thoracic & General Surgery Instrument Type Bailey Forceps Jaw Type Very Fine, 60° Angled Usage Dissection, Vessel Handling & Ligature Passing Size 7 Inch Locking Mechanism Ratchet Product Contents 1 × 7 Inch Bailey Forceps Very Fine 60° Angle Applications The Bailey Forceps is commonly used in: Vascular surgery Thoracic surgery Cardiovascular procedures General surgery Microsurgical procedures Vessel isolation Ligature placement Fine tissue dissection Hospital operating rooms Surgical specialty centers FAQs 1. What is Bailey Forceps used for? It is used for delicate tissue dissection, vessel isolation, and ligature placement during surgery. 2. What is the benefit of the 60° angled jaws? The angled jaws improve access and visibility in narrow or difficult-to-reach surgical areas. 3. Why are the jaws described as very fine? They are designed for precise handling of delicate tissues and small anatomical structures. 4. Is the instrument reusable? Yes, it is fully reusable and autoclavable. 5. What material is it made from? It is manufactured from premium surgical-grade stainless steel. 6. Which specialties commonly use this instrument? It is widely used in vascular, thoracic, cardiovascular, and general surgery. 7. What advantage does the 7-inch length provide? The length offers an excellent balance of reach, control, and precision in both superficial and deeper