- Condition: Factory New
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Learn more:
- MFR: Beaver-Visitec International Ships from MFI Medical
- MPN: 585223
Frequently asked questions
Is this cannula designed for high-precision ophthalmic surgery?
Yes, this instrument is specifically engineered for ophthalmic procedures. Its design prioritizes reliability and accuracy, meeting the high standards required for delicate surgical environments.
Does the bimanual design offer better surgical control?
Absolutely. The bimanual style of this cannula is specifically optimized to provide surgeons with superior maneuverability and control during complex procedures.
Is the cannula shaped for optimal access?
Yes, the instrument features a 45-degree curve, which is specifically configured to facilitate better access and positioning during surgery.
Does it provide consistent fluid delivery?
It is equipped with a 0.51 mm open-end irrigation port, which is designed to ensure consistent and controlled flow throughout the surgical procedure.
Are these manufactured by a reputable medical company?
Yes, these are manufactured by Beaver-Visitec International, a globally recognized leader in the production of specialized surgical instrumentation.
Is the construction compliant with international standards?
This product is TAA (Trade Agreement Act) compliant and is manufactured in the United Kingdom to meet high-quality medical production standards.
What is the specific gauge and length of this instrument?
This cannula is a 21-gauge instrument with a total length of 5/8 inch, making it ideal for the precision requirements of ophthalmic surgery.
How many units are included in a single order?
Each order consists of a box containing 10 units of the Visitec Irrigating Cannula.
Are these cannulas new and sterile?
Yes, these are supplied as factory new professional-grade instruments, intended for use in specialized surgical environments.
Can I rely on this instrument for professional clinical use?
Yes, this is a professional-grade surgical instrument (Catalog #585223), trusted for its durability and precision in controlled clinical settings.