Video capillaroscope Horus HS650
computer-based

Video capillaroscope - Horus HS650 - Adamo - computer-based
Video capillaroscope - Horus HS650 - Adamo - computer-based
Video capillaroscope - Horus HS650 - Adamo - computer-based - image - 2
Video capillaroscope - Horus HS650 - Adamo - computer-based - image - 3
Video capillaroscope - Horus HS650 - Adamo - computer-based - image - 4
Video capillaroscope - Horus HS650 - Adamo - computer-based - image - 5
Video capillaroscope - Horus HS650 - Adamo - computer-based - image - 6
Video capillaroscope - Horus HS650 - Adamo - computer-based - image - 7
Video capillaroscope - Horus HS650 - Adamo - computer-based - image - 8
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Characteristics

Type
video
Ergonomics
computer-based

Description

The first system with 4K ULTRA-HD resolution. Ergonomic and compact to manage it as you wish. It allows you to adapt the work surface, monitor, keyboard to your needs for better working condition. Large, adjustable, built-in 22-inch monitor with Multi-finger Touch-Screen technology for quick selection of functions. Double anti-static rubberized wheel with foot pedal lock for quick and safe handling. Dedicated integrated and modular electronics with proprietary firmware to ensure maximum reliability and ease of operation. Self-calibrating 5th generation probes for maximum reproducibility in follow-up. Ability to connect multiple probes simultaneously with convenient probe holders to have all advanced HORUS diagnostic technologies, such as FAV, available at all times. Integrated Wi-Fi network to connect client terminals and printers. Possibility of WiDi (Wireless Display) Technology for wireless connection of secondary monitors. Classical videocapillaroscopy has established itself as a key diagnostic tool for the diagnosis and clinical and therapeutic follow-up of systemic sclerosis. Defining patterns of microvascular damage allows for precise diagnostic and/or prognostic assessments. VIDEOCAPILLAROSCOPE | white light and fluorescence The new Fluorescent Advanced Videomicroscopy (FAV) method, based on the principle of nonradiative fluorescence, allows the microcirculation to be emphasized for better morphological and dynamic assessment. This also makes it possible to perform the examination in other anatomical districts that are easier to evaluate, highlighting capillaries otherwise invisible to classical videocapillaroscopy.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.