Details

Unique, accurate, and incredibly easy to use. The FM-600 has been upgraded to obtain smooth and simple measurement of aqueous flare in the anterior chamber. A front view alignment mode was added to the standard side view alignment to simplify measurement for flare. The FM-600 is easier to use than ever. FM-600 The FM-600 is Kowa's unique aqueous flare meter that offers a reproducible and reliable guide to ocular inflammation. Designed to combine efficiency and accuracy with fast and easy operation in a compact and modern body, the FM-600 aqueous flare meter enhances the follow up of patients by enabling the in-vivo measurement of aqueous flare in a non-contact, non-invasive, and painless manner. The FM-600 provides quantitative and reproducible measurements of aqueous flare, which is useful in cases of uveitis and following IOL implantation. In addition, increased levels of flare have been reported with many other ocular conditions thus making the FM-600 a highly useful tool. Features and Benefits Compact All of Kowa's manufacturing expertise were put together to design a flare meter with all necessary functions, in a compact body. Simple & Quick With operations made while facing the patient and all buttons located within hands reach, the flare meter is easier to use than ever. Easy Alignment Quick and precise measurement is capable with small pupil mode and front view and side view alignment modes. Alignment Position the alignment dot in the center circle while bringing the dot into focus. Photo : Working distance adjustment Working distance adjustment Front View Alignment Photo : Measuring point adjustment Position the alignment dot in the center circle while bringing the dot into focus. Then, press the measurement button and scan laser. Measurement is possible when the center circle for alignment is green. It is possible to switch the alignment mode with the push of a button. Side View Alignment Photo : Measuring point adjustment Position the alignment dot in the center circle while bringing the dot into focus, then shift to the side view alignment mode by pressing the measurement button on the panel. Measurement is possible when the measuring window at the center is green. SP Mode The alignment position for patients with small pupils displays when the SP button is pressed. Working Distance Adjustment Measuring Window The color and view of the measuring window depends on the alignment. Measurement cannot be made when the central square is white; measurement is possible when the same square is green. Working Distance Adjustment Measurement Results Photo : Working distance adjustment Graph Results Photo : Measuring point adjustment Report Results The scattered light is converted into an electrical signal and its intensity is displayed as flare value on the LCD monitor. All flare and dispersion data is analyzed, providing reliable and accurate measurements. Printout Photo : Working distance adjustment Graph Results Photo : Working distance adjustment Graph Results Built-in thermal printer with easy paper change supports quick operations. Calibration Photo : Working distance adjustment Pre-installed calibrator on the body for easy calibration. Measurement Results The FM-600 is based on the measurement principle of laser light scattering detection. The instrument uses a diode laser beam to scan a measuring window that is projected inside the anterior chamber of the eye. As an aqueous protein (component of inflammation) passes through the focal point of the laser,light scattering occurs. The intensity of the scattered light (directly proportional to the amount of protein particles-flare) is detected by a photo-multiplier tube (PMT), which generates an electrical signal. This signal is immediately digitized to eliminate outside noise interference and are processed by a computer which displays the results for user analysis. The unit of measurement employed by the FM-600 is "Photon Count" per millisecond. Measurement Results The FM-600 is based on the measurement principle of laser light scattering detection. The instrument uses a diode laser beam to scan a measuring window that is projected inside the anterior chamber of the eye. As an aqueous protein (component of inflammation) passes through the focal point of the laser,light scattering occurs. The intensity of the scattered light (directly proportional to the amount of protein particles-flare) is detected by a photo-multiplier tube (PMT), which generates an electrical signal. This signal is immediately digitized to eliminate outside noise interference and are processed by a computer which displays the results for user analysis. The unit of measurement employed by the FM-600 is "Photon Count" per millisecond.