Durable Tmf707 Iol Implantation And Holding Forceps Cross-action, Titanium Kit [NCq4uj5o]

TMF707 Titanium IOL Implantation Forceps

Introducing the TMF707 Titanium IOL Implantation and Holding Cross-Action Forceps, a precision instrument designed for the delicate and precise handling of soft intraocular lenses (IOLs). These forceps are crafted from high-quality titanium, offering exceptional strength and durability while ensuring a gentle grasp on the lenses. The cross-action mechanism provides a secure hold, making them an essential tool for licensed ophthalmologists.

• High-Quality Titanium Construction ensures long-lasting performance and resistance to corrosion.
• Cross-Action Mechanism offers a secure and stable hold during IOL implantation procedures.

Key Product Features and Specifications

The TMF707 forceps are engineered with meticulous attention to detail. With 10 mm long, 30°-angled shafts, these forceps provide exceptional reach and precision. The round handle, measuring ø 8 mm, features a cross-action design for optimal control. The overall length of 125 mm (4.9") ensures a comfortable grip during extended procedures. These forceps are reusable and non-sterile, making them convenient for multiple procedures without the need for frequent sterilization.

• 10 mm long, 30°-angled shafts for precise manipulation.
• Round handle ø 8 mm with cross-action design for secure grip.
• Overall length: 125 mm (4.9") for comfortable handling.
• Reusable, non-sterile for convenience and cost-effectiveness.

Practical Applications and Target Audience

The TMF707 IOL Implantation and Holding Cross-Action Forceps are ideal for licensed ophthalmologists performing intraocular lens implantations. Their robust construction and advanced design make them a reliable companion in the operating room. Whether for routine procedures or more complex cases, these forceps offer the precision and stability required for successful outcomes.

• Perfect for licensed ophthalmologists performing IOL implantations.
• Ensures accurate and stable lens placement during surgery.
• Convenient and cost-effective for multiple procedures.