About Sonogage Corneo-Gage Plus, Eye-Scan, Corneo-Disc Sonogage Events Contact Sonogage  

Sonogage CORNEO-GAGE™ PLUS pachometers are acknowledged to be the easiest to use, most accurate and measurement-reproducible pachometers available. These benefits are due to the exclusive use of 50 MHz transducers and smallest tip footprint available coupled with advanced electronics and 1000 measurement echo average for every displayed reading. Thus corneal thickness measurements can be made for many applications including glaucoma patients, hypertension suspects and refractive surgery candidates. In addition Sonogage pachometers can be used intra-operatively to monitor flap thicknesses in LASIK and to measure epithelium thickness for refractive surgery regression and for the fitting of CRT/ORTHO-K lenses for corneal reshaping.

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Presently, over 7500 surgeons worldwide use Sonogage CORNEO-GAGE™ pachometers and more doctors than all other pachometers combined. Users include: Dr. R. Lindstrom, Dr. M. McDonald, Dr. Geo. Waring, Dr. P. Binder, Dr. J. Salz, Dr. J. Machat, Dr. I. Pallikaris, Dr. D. Durrie, Dr. L. Ruiz, Dr. S. Slade, Dr. H. Gimbel, Dr. T. Werblin, Dr. L. Phillips, Dr. R. Melton, Dr.R. Thomas, Dr. W. Choate, Dr. M.J. Stiegemeier, Dr. L.Rigel, Dr.B. Gaddie, Dr. P. Karpecki and many others.

Sonogage is committed to bringing to ophthalmology and optometry the highest quality instrumentation and to excel in customer service and satisfaction.

Eye Scan, the new A-scan
Sonogage introduces a new generation of A-Scan biometers for visual axis measurements and IOL calculations. The Eye-Scan™ employs the latest electronic and transducer technologies for unsurpassed accuracy and reliability.

Eye-Scan™ features a simple yet sophisticated design that provides flexibility for future expansion.

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Our Corneo-Disc is a small reflective membrane used, in conjunction with our world renowned CORNEO-GAGE™ PLUS ultrasonic pachometer, to obtain true, accurate flap measurements by directly measuring the flap in situ-not the commonly used inaccurate "subtraction method" employed by most refractive surgeons.

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