Iris Double Curved TC NNA Medical

Product Description:

The Iris Double Curved TC by NNA Medical is a precision surgical instrument designed for delicate and intricate procedures. Here's a detailed product description:

Design:

• The Iris Double Curved TC features a specialized double-curved design, providing optimal maneuverability and access to hard-to-reach areas during surgical interventions.
• Crafted with precision to meet the demands of delicate and fine surgical tasks.

Material:

• Constructed from high-quality surgical-grade stainless steel or titanium, ensuring durability, corrosion resistance, and ease of sterilization.
• The biocompatible material adheres to stringent medical standards, prioritizing patient safety and instrument longevity.

Blade Configuration:

• The double-curved blades are sharp and finely honed, allowing for precise cutting and dissection in intricate surgical procedures.
• The instrument provides exceptional control and visibility in fine-tissue manipulation.

Handle Design:

• Ergonomically designed handles ensure a comfortable and secure grip, facilitating precise control during delicate surgical interventions.
• Handles may incorporate a textured surface for enhanced grip and reduced hand fatigue during prolonged use.

Cutting Precision:

• Engineered for superior cutting precision, the Iris Double Curved TC is suitable for a variety of surgical specialties, including ophthalmic surgery and microsurgery.

Versatility:

• Ideal for procedures requiring fine-tissue manipulation, the instrument is versatile and well-suited for delicate surgical tasks in various medical disciplines.

Sterilization:

• Compatible with standard sterilization methods, such as autoclaving, ensuring adherence to the highest standards of aseptic practice in the operating room.

Manufacturer:

• Manufactured by NNA Medical, a reputable company dedicated to producing high-quality surgical instruments.
• Adheres to industry standards and may possess relevant certifications, ensuring compliance with quality and safety benchmarks.