Huvitz HRK-7000 Autorefractor/Keratometer Sale

• Hartmann-Schack: The HRK-7000A is engineered according to the Hartmann-Shack wavefront measurement technique, widely preferred for its speed and repeatability. In the HR-7000 A, high resolution is achieved using a micro lenslet array, which Huvitz developed.
• Retro-Illumination Mode: The Retro-Illumination Imaging capability in the HRK-7000A is very helpful in determining ocular health. You can check for scratches and other corneal damage and lens abnormalities such as cataracts.
• Graphical Display of Refraction Map: The graphical display of refraction errors enhances understanding and reliability.
• Peripheral Keratometry Measurement: The HRK-7000A provides peripheral keratometry measurements to aid contact lens fittings.
• Pupil and Iris Size Measurements: You can easily measure pupillary and corneal diameters by freezing an image.
• IOL Measuring Mode: Patients presenting with cataracts or IOL won’t present a challenge with the HRK-7000. Now you can gather a wealth of information and take measurements on patients with intraocular lens implants.
• Auto Tracking: Using cutting-edge auto-sensing and a three-dimensional movement mechanism, the HRK-7000A automatically aligns and focuses.
• Motorized Chinrest: Set the height of the measuring point simply by pushing a button.
• Animated Guide: If a measuring focus is out of auto-tracking range, an animated on-screen guide shows you exactly how to move the joystick to achieve alignment for proper focus.
• Virtual Comparison Function: With the HRK-7000A, patients can compare the current, uncorrected view with the view corrected by AR measurement.

The HRK-7000 Wavefront auto refractor/Keratometer is the newest generation instrument from Huvitz. This model combines the features of an auto refractor, auto keratometer, and an aberrometer into one convenient-to-use instrument.

The HRK-7000 is based on the Hartmann-Shack principle and focuses on measuring second-order aberrations, which result in myopia or hyperopia and regular astigmatism. Because correcting second-order aberrations has the highest impact on acuity, which is the eye’s ability to distinguish object details and shape.