CINESCAN S

Due to the high quality of the images it produces, CINESCAN S has become a global benchmark in the field of ophthalmic Ultrasound systems. Its reputation and success are based on four cornerstone features that give the CINESCAN S unrivalled performance

• Exclusive technology: standardized Ultrasound
• Analog screen
• Appropriate probes
• Functions designed to simplify Ultrasound techniques

• Standardized mode: complete your diagnosis by characterizing tissues
  Based on a specific amplification, a special probe and a dedicated tissue model, the CINESCAN S can be used to make an A-scan diagnosis while studying internal tissue reflectivity (for tissues of the anterior and posterior poles, simultaneously with tissues of the orbit and periorbital region).
  
  Developed by Professor Karl C. Ossoinig, the CINESCAN S is the only system approved by the American Association of Standardized Echography (AAOSE). It is the only Ultrasound system certified as a "genuine standardized Ultrasound system" by Professor Karl C. Ossoinig.
   
• An analog screen for high-precision images of pathologies
  The analog screen provides:

  • 8 times more contrast ratio
  • 4 times more resolution
  • 256 level grey scale for superior differentiation of pathology
  
   
• Leader in the field of A/B-scan systems
  10 MHz probe: high sensitivity offers unsurpassed images of low reflective structures
  Due to its high-end performance, the CINESCAN has become a university standard:
  
  • General examination of the globe and orbit
    The quality of the image makes it possible to distinguish globe and orbit structures, and to perform a detailed diagnosis of several different pathologies: cataract, opacity of the vitreous, retinal detachment, etc.
    
    
  • B-scan biometry
    Ideal for cases involving advanced myopia or staphyloma, it offers automatic axial length measurement using a B-scan image.
  
  
  20 MHz probe - posterior pole: a novel field of retinal exploration
  This probe has a resolution twice that of a 10 MHz probe. The 20 MHz posterior pole, exclusive to QUANTEL, is essential for viewing anomalies of the papilla and the macula behind opaque media (a dense cataract is the best known example). The papilla and macula cannot be viewed behind opaque media by running an OCT on the posterior pole.
  
  20 MHz probe - anterior chamber: a practical tool for measuring the anterior chamber
  This probe has been designed to provide a global view of the anterior chamber.
  
  Biometry
  Fast, accurate measurement acquisition sums up the CINESCAN's integrated biometry. Ultrasound biometry is the only technique that lets you measure axial length behind opaque media (e.g. cataract).
   
• One-click access to rapid examination
  All functions have been developed by QUANTEL MEDICAL to make examinations easier to carry out.
  
  
  • Cineloop: automatic memorization of video examination sequences.
    
  • Automatic adjustment of the gain on frozen images.
    
  • Post-processing tools: calipers, surface, angle, image tags and comments.
    
  • 3 zooms in order to select the best image format.