Watson Williams ethmoid bone forceps, 7mm jaw width, 120mm shaft

Watson Williams Ethmoid Bone Forceps - 7mm Jaw Width, 120mm Shaft

Product Description:

The Watson Williams Ethmoid Bone Forceps from REVITI are essential tools designed for precise handling during endonasal procedures. These expertly crafted forceps feature a 7mm jaw width and a 120mm shaft, ensuring optimal control and access to delicate anatomical structures. Made with high-quality surgical stainless steel, these forceps are durable, autoclavable, and designed to withstand rigorous use in any surgical environment.

Ideal for ENT surgeons, these forceps are specifically engineered for the removal of ethmoid bone and other delicate tissues, providing a reliable solution for intricate surgical procedures. The ergonomic design ensures a secure grip, allowing for improved maneuverability and precision. Whether you're performing functional endoscopic sinus surgery (FESS) or other ENT surgical procedures, the Watson Williams Ethmoid Bone Forceps will enhance your surgical efficiency and accuracy.

Key Features:

• Precision Engineering: Designed for effective manipulation of the ethmoid bone and delicate tissues during ENT surgical procedures.
• Durable Construction: Made from high-quality surgical stainless steel for enhanced longevity and resistance to corrosion.
• Optimal Control: The 7mm jaw width and 120mm shaft provide the perfect balance between maneuverability and control, allowing surgeons to navigate complex anatomical areas effortlessly.
• Ergonomic Design: Designed with comfort in mind, ensuring a secure grip for prolonged surgical use without fatigue.
• Autoclavable: Easy to sterilize and maintain, ensuring compliance with surgical standards and protocols.
• Trusted Brand: Manufactured by REVITI, known for high-quality surgical instruments and commitment to excellence in the medical field.

Enhance your surgical toolkit with the Watson Williams Ethmoid Bone Forceps from REVITI, a trusted name in ENT surgical instruments. Elevate your practice and ensure optimal patient outcomes with instruments designed for precision and reliability.