The Neurosurgery Surgical 9” Skinner Tissue Forceps TC (1×2 Teeth) are precision-engineered surgical instruments developed to provide secure tissue handling during delicate neurosurgical procedures. Designed for surgeons who require exceptional accuracy and reliable performance, these forceps combine a precision 1×2 teeth jaw configuration with durable tungsten carbide (TC) inserts to deliver superior gripping strength while minimizing tissue trauma. Their advanced construction makes them an essential instrument for neurosurgery, spinal surgery, microsurgery, vascular surgery, and other procedures requiring meticulous tissue manipulation.

With an overall length of 9 inches, these tissue forceps provide extended reach for accessing deep operative fields while maintaining excellent balance and maneuverability. The longer profile allows surgeons to work comfortably around delicate anatomical structures without compromising visibility or control. This design supports accurate tissue handling during cranial procedures, spinal operations, vascular interventions, and other complex surgical techniques.

The 1×2 teeth jaw configuration provides a secure, atraumatic grip on soft tissue. The interlocking teeth are carefully designed to stabilize tissue effectively while minimizing unnecessary compression and reducing the risk of slippage. This precise gripping capability enables surgeons to manipulate delicate tissues confidently, contributing to improved surgical accuracy and tissue preservation throughout the procedure.

A key feature of the Skinner Tissue Forceps TC is the incorporation of tungsten carbide (TC) inserts. Tungsten carbide is significantly harder than conventional stainless steel, offering exceptional wear resistance and maintaining excellent gripping performance over extended periods of clinical use. The TC inserts help preserve precise jaw alignment and gripping efficiency even after repeated sterilization cycles, making the instrument a dependable long-term investment for healthcare facilities.

Manufactured from premium surgical-grade stainless steel, the Neurosurgery Surgical 9” Skinner Tissue Forceps TC (1×2 Teeth) provide outstanding corrosion resistance, structural integrity, and long-lasting durability. Precision manufacturing ensures smooth jaw movement, consistent alignment, and reliable performance during demanding surgical procedures. The robust construction withstands repeated steam autoclave sterilization and standard hospital reprocessing without compromising functionality.

The ergonomic handle design enhances surgeon comfort during prolonged procedures by reducing hand fatigue and improving tactile feedback. The balanced construction allows precise instrument control, enabling surgeons to perform delicate tissue dissection, stabilization, and manipulation with greater confidence. These ergonomic characteristics contribute to increased procedural efficiency and improved surgical precision.

These tissue forceps are widely used in neurosurgery, spinal surgery, vascular surgery, microsurgery, trauma surgery, and reconstructive procedures. They are ideal for grasping fascia, connective tissue, muscle, and other delicate soft tissues requiring stable, controlled handling during dissection, retraction, or reconstruction. Their versatility makes them a valuable component of comprehensive neurosurgical instrument trays.

The satin finish minimizes glare under operating room lighting while facilitating efficient cleaning and sterilization. Fully compatible with steam autoclave sterilization and other approved hospital sterilization methods, these forceps maintain their precision, durability, and clinical reliability through repeated reprocessing cycles.

Each Neurosurgery Surgical 9” Skinner Tissue Forceps TC (1×2 Teeth) is manufactured under strict quality control standards to ensure dependable jaw alignment, smooth operation, and consistent surgical performance. Their combination of premium materials, tungsten carbide technology, ergonomic handling, and precision engineering provides surgeons with a reliable instrument capable of meeting the highest standards of modern surgical practice.

Key Features

• Designed for secure tissue handling during neurosurgical procedures
• 9-inch length provides extended reach and precise control
• 1×2 teeth configuration ensures firm and atraumatic tissue grasping
• Tungsten carbide (TC) inserts enhance grip and extend instrument lifespan
• Manufactured from premium surgical-grade stainless steel
• Precision-aligned jaws provide consistent performance
• Corrosion-resistant construction for long-term durability
• Ergonomic handle minimizes hand fatigue during extended procedures
• Satin finish reduces glare and supports efficient cleaning
• Fully reusable and compatible with standard autoclave sterilization
• Suitable for neurosurgery, microsurgery, spinal surgery, and vascular surgery
• Professional-grade construction for hospitals and surgical centers

Product Specifications

FAQs

1. What are the Neurosurgery Surgical 9” Skinner Tissue Forceps TC (1×2 Teeth) used for?

These forceps are designed for grasping, stabilizing, and manipulating delicate tissues during neurosurgery, microsurgery, spinal surgery, vascular surgery, and other precision surgical procedures.

2. What is the advantage of the 1×2 teeth configuration?

The 1×2 teeth provide a secure grip on tissue while minimizing slippage and reducing tissue trauma, ensuring precise and controlled handling.

3. Why do these forceps feature tungsten carbide (TC) inserts?

Tungsten carbide inserts improve gripping performance, increase wear resistance, and significantly extend the service life of the instrument compared to standard stainless steel forceps.

4. Can these forceps be sterilized and reused?

Yes. They are fully reusable and designed for repeated steam autoclave sterilization and standard hospital reprocessing without compromising performance.

5. Which surgical specialties commonly use these forceps?

These forceps are widely used in neurosurgery, microsurgery, spinal surgery, vascular surgery, trauma surgery, and reconstructive surgery where precise tissue handling is essential.