The Neurosurgery Surgical Tissue Forceps, 6¼″ 2×3 Teeth are expertly crafted surgical instruments designed to provide exceptional precision and dependable tissue control during neurosurgical procedures. Engineered with finely aligned 2×3 interlocking teeth, these forceps offer a secure grip on delicate tissues while minimizing slippage and preserving tissue integrity. Their 6¼-inch length provides the ideal balance between reach and manoeuvrability, making them an essential instrument for neurosurgeons, spinal surgeons, and microsurgical specialists.

Successful neurosurgical procedures depend on meticulous tissue handling and maximum precision. Whether performing cranial surgery, spinal decompression, tumour excision, or microsurgical reconstruction, surgeons require forceps that deliver reliable performance while protecting fragile neural structures. The Neurosurgery Surgical Tissue Forceps, 6¼″ 2×3 Teeth are specifically designed to meet these demanding clinical requirements by providing secure tissue stabilization with controlled gripping force.

The precision-engineered 2×3 interlocking teeth create multiple contact points that enhance gripping stability while reducing the likelihood of tissue slippage. This tooth configuration allows surgeons to firmly grasp fascia, connective tissue, wound edges, dura mater, and other soft tissues without applying excessive pressure. The result is atraumatic tissue handling that supports precise dissection, tissue approximation, wound closure, and microsurgical manipulation.

Measuring 6¼ inches (approximately 16 cm) in length, these tissue forceps offer outstanding versatility in both superficial and moderately deep operative fields. The medium-length profile provides sufficient reach for neurosurgical access while maintaining excellent tactile feedback and instrument balance. This allows surgeons to perform intricate movements with confidence and precision, particularly in confined anatomical spaces where accurate tissue control is essential.

Manufactured from premium surgical-grade stainless steel, the Neurosurgery Surgical Tissue Forceps, 6¼″ 2×3 Teeth are engineered for exceptional durability and corrosion resistance. The high-quality stainless steel construction maintains accurate tip alignment, structural integrity, and consistent performance even after repeated cleaning, disinfection, and steam sterilization. This ensures reliable long-term use in hospitals, neurosurgical operating rooms, and ambulatory surgical centres.

The ergonomic spring-handle design provides smooth, responsive action and excellent instrument control throughout every stage of surgery. Its lightweight, balanced construction reduces hand fatigue during prolonged procedures while enhancing tactile sensitivity for delicate microsurgical techniques. The spring mechanism allows effortless opening and closing, enabling precise tissue handling with minimal hand strain.

These tissue forceps are widely used for grasping soft tissues, stabilizing wound edges, assisting with microsurgical dissection, and manipulating delicate anatomical structures during neurosurgery. They are equally valuable in spinal surgery, vascular surgery, plastic and reconstructive surgery, ENT surgery, and general surgical procedures requiring precise tissue control. Their versatile design makes them an indispensable component of comprehensive neurosurgical instrument sets.

The reusable instrument is fully compatible with standard hospital sterilization methods, including steam autoclaving. The polished stainless steel finish facilitates thorough cleaning and supports stringent infection control protocols by minimizing biological residue. With proper maintenance, these forceps maintain their precision, durability, and clinical performance through years of continuous surgical use.

The Neurosurgery Surgical Tissue Forceps, 6¼″ 2×3 Teeth combine precision engineering, ergonomic comfort, and premium surgical materials to deliver consistent performance in modern operating rooms. Their secure tooth configuration, balanced design, and durable construction make them a trusted choice for surgeons who demand accuracy, reliability, and long-term value from their surgical instruments.

Key Features

• Precision Neurosurgery Surgical Tissue Forceps, 6¼″ 2×3 Teeth
• Fine 2×3 interlocking teeth provide secure tissue grasping
• 6¼-inch length offers an ideal balance of reach and control
• Designed for delicate neurosurgical and microsurgical procedures
• Premium surgical-grade stainless steel construction
• Precision-aligned tips for accurate tissue manipulation
• Ergonomic spring handle enhances comfort and reduces hand fatigue
• Lightweight, balanced design improves tactile feedback
• Corrosion-resistant finish ensures long-term durability
• Fully reusable and compatible with steam autoclave sterilization
• Easy to clean and maintain for optimal infection control
• Suitable for neurosurgery, spinal surgery, vascular surgery, ENT surgery, plastic surgery, and microsurgery

Product Specifications

FAQs

1. What are Neurosurgery Surgical Tissue Forceps, 6¼″ 2×3 Teeth used for?

These forceps are used for securely grasping, stabilizing, and manipulating soft tissues during neurosurgical, spinal, microsurgical, and other precision surgical procedures.

2. What is the advantage of the 2×3 teeth configuration?

The 2×3 interlocking teeth provide enhanced gripping strength and tissue stability, reducing slippage while allowing controlled and atraumatic tissue handling.

3. Why is the 6¼-inch length beneficial?

The 6¼-inch length provides an excellent balance between reach and manoeuvrability, making it ideal for both superficial and moderately deep neurosurgical operative fields.

4. What material are these tissue forceps manufactured from?

They are manufactured from premium surgical-grade stainless steel, offering exceptional durability, corrosion resistance, and reliable performance through repeated sterilization cycles.

5. Are Neurosurgery Surgical Tissue Forceps, 6¼″ 2×3 Teeth reusable?

Yes. These forceps are fully reusable and designed for repeated cleaning, disinfection, and steam autoclave sterilization, making them suitable for long-term use in hospitals, surgical centres, and specialty operating rooms.