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Full HD Camera Control Units

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The FUJIFILM FULL HD Video Processor is equipped with the latest sensor technology providing the high-quality FULL HD images you would expect from FUJIFILM, an imaging company.

The content on this page is intended to healthcare professionals and equivalents.

FULL HD CCU with ICM

Automatic gain control and pixel compensation, combined with a unique combination of video processing algorithms such as Selective Color Enhancement (SCE), Smoke Reduction, Grid Removal and Clear View are designed to deliver representations of vessels and tissue structures. In addition to image quality, the FUJIFILM FULL HD Video Processor has multi-camera connectivity, optimized camera pre-sets for specific specialties, such as laparoscopy, arthroscopy, gynecology to name a few and the proprietary FUJIFILM MIS-Bus interface and a simple USB connection.

Product Features

Outstanding performance
  • Edge enhancement, automatic gain control (AGC) and dynamic contrast function for the best in class performance.
  • Latest image sensor technology offers: excellent FULL HD image quality, no pixel errors due to automatic pixel defect compensation
  • Selective Color Enhancement (SCE) - for much improved representation of the vessels and the tissue structure. 
  • Smoke reduction - for a better view during dissection technologies (eg. HF)
  • Grid removal - reduces the honeycomb structure of image bundle endoscopes
  • Clear view - clears the view if liquid is blurry
Operational efficiency
  • Multi-Camera connectivity
  • Optimized settings for specialty (laparoscopy, arthroscopy, gynecology, urology, ENT, fiberscopes, neuroendoscopy)
  • Camera head FULL HD zoom
  • Camera head FULL HD fix focal length
  • Camera head FULL HD 90° angled
  • FUJIFILM MIS-Bus interface for direct light source control via camera head
  • FULL HD image capturing via USB

FULL HD CCU with ICM and Video Recording

Automatic gain control and pixel compensation, combined with a unique combination of video processing algorithms with Picture our of Picture mode (POP), such as Color Shift 1+2, Selective Color Enhancement (SCE), Smoke Reduction, Grid removal and Clear View are designed to deliver representations of vessels and tissue structures. This controller also affords full HD image capturing via USB. In addition to image quality, the FUJIFILM FULL HD Video Processor has multi-camera connectivity, optimized camera pre-sets for specific specialties, such as laparoscopy, arthroscopy, gynecology to name a few and the proprietary FUJIFILM MIS-Bus interface and a simple USB connection.

Product Features

Multi-connectivity
  • Camera heads: Full HD zoom, Full HD fix focal length, Full HD 90° angled
  • Camera head FULL HD 3CMOS zoom
  • Camera handpiece pen-shape, Full HD with integrated LED illumination, for use with exchangeable endoscope probes
Time saving and useful camera presets
  • Optimized settings for laparoscopy, arthroscopy, gynecology, urology, ENT, fiberscopes, neuroendoscopy
FUJIFILM MIS-Bus interface for direct light source control via camera head
  • Automatic light control in combination with FUJIFILM High Power 300 LED light source
Video algorithms - with Picture our of Picture mode (POP)
  • Color Shift 1+2 - spectral colors can be shifted and exchanged in order to enhance vessels and tissue structures
  • Selective Color Enhancement (SCE) - for a much improved representation of the vessels and the tissue structure
  • Smoke reduction - for a better view during the dissection technologies (eg. HF)
  • Grid removal - reduces the honeycomb structure of image bundle endoscopes

Color Saturation

Flexible possibilities to easily manage color saturation  as suited for the respective surgical applications.

Contrast Enhancement

Distinct separation between dark and light areas of surgical image. High contrast images suitable for observing micro vascular and microsurface pattern are provided.

Edge Enhancement

Amplifies contours at the transitions of adjacent structures. 

Fiber Effect Removal

Reduction and removal of "honeycomb" effect when used with fibreoptic scopes.

Selective Color Enhancement

Improved differentiation of structures. Accentuate the color of vessels.

Smoke Reduction Algorithm

Reduction of smoke and fog via special video processing algorithms to support clear surgical visibility.