Working closely together with physicians from all over the world, ion VISion's product development team of engineers and product managers identify real clinical needs. This know-how provides the basis for developing high-quality products with increased benefits for patients, physicians, surgeons and O.R. staff.
| ezView Binocular Indirect Ophthalmoscopy Lenses |
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Our optimized design and exclusive Blu-Hu enhanced
broadband coating ensures maximum image integrity. Just one look and you'll recognize the quality advantage
that our ezView BIO lenses deliver.
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| ezView Advanced Non-Contact Slit Lamp Lenses |
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Why Choose an eZView Advanced Lens?
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| ezView Standard Non-Contact Slit Lamp Lenses |
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All ion VISion lenses feature our exclusive Blu-Hu Enhanced Broadband AR Coating This enhanced anti-reflective lens coating is specifically designed to minimize ambient reflection, delivering a pristine retinal image! This unique AR formula is optimized for use with all Argon, Diode and Yag laser systems. |
| OmniView Contact Slit Lamp Lenses |
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Glass is better... All imaging components in our contacting lens systems are made entirely from glass - even the contacting element - to ensure maximum image integrity. Say goodbye to the cracking, crazing and hazing that are typically associated with plastic optics. These are the ONLY lenses on the market with this exclusive feature. No other manufacturer offers such a wide array of all-glass lenses. It's your money, why settle for less?
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| DirectView Gonioscopy & Direct Imaging Lenses |
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No fog. No mess. No kidding. ion VISion gonioscopy and direct imaging lenses are composed entirely of instrument quality glass - there is no plastic to fog, haze or crack during everyday working conditions
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Cleaning Instructions 1. As all ion VISion, Inc. lens components are completely glass, it is possible to clean the contact element's concave surface or coated imaging lens with alcohol, peroxide, or acetone. If these cleaning solutions are unavailable or further cleaning is desired, then proceed with these additional cleaning steps. 2. Immediately upon removal from patient's eye or use, thoroughly rinse the entire lens in cool or tepid water. 3. Place a few drops of mild cleaning solution, such as diluted liquid dish soap, or similar on a clean moistened 100% cotton cloth, ball, or swab depending on the cleaning area. 4. Gently clean the entire lens, insuring the contact concave surface and/or convex surfaces have been thoroughly cleaned to remove any debris, dirt, film, fingerprints or residue. Do not apply excessive pressure as this may cause scratching of the glass lens and/or coating. 5. Rinse entire lens thoroughly in cool or tepid water. 6. Dry the lens by using a clean 100% cotton cloth, ball, or swab or non-linting cotton tissue insuring to remove all water droplets from the imaging surfaces. 7. Proceed with disinfecting or sterilization instructions as required. Disinfecting Instructions 1. Two methods of disinfection are recommended. To avoid lens damage, do not exceed recommended exposure time: Glutaraldehyde: 2% or 3.4% aqueous solution. Temperature per manufacturer's instructions. Recommended exposure time 20-25 minutes. Sodium hypochlorite / Bleach: 10% solution mixed at 1
part bleach to 9 parts water 2. Immerse the lens entirely in the chosen solution for the recommended exposure time. Either place lens on its side or insure all air bubbles are removed from under the lens for complete exposure. 3. Remove lens from the solution after recommended exposure time and rinse lens thoroughly with cool or tepid water to remove all disinfection solution with at least 3 rinse cycles of 1 minute duration. 4. Dry the lens by using a clean 100% cotton cloth, ball, or swab or non-linting cotton tissue insuring to remove all water droplets from the imaging surfaces. 5. Store in a dry storage case. Ethylene Oxide Sterilization Instructions Minimum Time: 60 minutes Aeration Time: 12 hours CAUTION: Do not boil lenses. Do not autoclave (vacuum steam sterilize) lenses. Do not disassemble lenses for any reason. Insure contact surface is chip/scratch free and do not use a lens that has a chip or scratch on contact surface. Insure all lens surfaces are clean prior to diagnosis and do not treat / use a laser through a non-clean surface. |
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BluHu What is an Anti-Reflective (AR) coating? The anti-reflective surface coating is one of the most
important components of lens quality. Anti-reflective coating is
an extremely thin, invisible multi-layer (5 or more) coating of metal oxide
that is deposited on both surfaces of the lens. This multi-layer coating
reduces the amount of light reflected from the lens surface allowing more
light to reach the retina and thus improving image transmission. Why do you need AR coatings? Why does the ion VISion AR coating have a
"blue" hue? Our exclusive Blu-Hu coating was designed to be effective in the visible wavelength range while optimized for the Argon, Diode and YAG laser treatment spectrum. As a result, the blue/violet cosmetic lens tint named the ion VISion Blu-Hu Broadband AR Coating was created assuring nearly full transmission of the laser application. |
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