The BR Surgical Hartman Nasal Polypus Forceps are essential tools for ENT specialists, designed for the meticulous removal of nasal polyps and other intranasal growths. These forceps come in various sizes, including 6", 7", and 7 7/8", to match the specific demands of different nasal surgeries, providing flexibility and precision.

Made from high-quality stainless steel, these forceps are both robust and durable, ensuring long-lasting use even with frequent surgical applications. Their ergonomic design ensures comfort and control, enabling precise operation in delicate and narrow nasal passages. These forceps are autoclavable, making them easy to sterilize, contributing to high standards of hygiene required in surgical environments.

Key Features:

• Crafted from high-quality stainless steel, the Hartman Nasal Polypus Forceps ensure durability and longevity. The premium material is resistant to corrosion and ensures precise control during surgical procedures.
• Available in various sizes (6", 7" and 7 7/8"), these forceps provide flexibility to cater to different surgical needs and preferences, ensuring maximum efficiency and adaptability during operations.

Uses:

• The Hartman Nasal Polypus Forceps are primarily used in the removal of nasal polyps and other intranasal procedures. They are suitable for procedures requiring precision and control, essential for surgeries in narrow and delicate nasal passages.

FAQs:

1. Are these forceps autoclavable?
Yes, the Hartman Nasal Polypus Forceps are autoclavable and can be safely sterilized for repeated use.

2. What materials are the forceps made from?
They are constructed from high-grade stainless steel, providing both durability and resistance to corrosion.

3. Can these forceps be used for surgeries other than nasal polyp removal?
While primarily designed for nasal polyp removal, their precision makes them suitable for various intranasal procedures as needed by medical professionals.

4. What is the difference between the various size options?
The different sizes (6", 7", and 7 7/8") allow adaptation to various surgical requirements and anatomical peculiarities, offering the surgeon flexibility and precision based on the specific case.