Olympus CF-HQ190I is an EVIS EXERA III video colonoscope featuring HDTV, NBI, Dual Focus, RIT and ScopeGuide for detailed visualization and controlled insertion during colon examinations.
The Olympus CF-HQ190I is a 190 Series video colonoscope designed to meet the demands of modern colonoscopy. It combines high-quality imaging with an ergonomic design and advanced technologies intended to facilitate examination, improve visualization of anatomical structures, and provide precise control during procedures.
One of the key features of the CF-HQ190I is Dual Focus technology. It allows the user to switch between two focusing settings to optimize observation according to the viewing distance. The close-focus mode facilitates examination of fine details, while the normal mode provides a broader field of observation. This function is particularly useful for detailed inspection of the mucosa and small structures.
The CF-HQ190I also incorporates NBI (Narrow Band Imaging) technology. NBI enhances the visibility of blood vessels and superficial mucosal structures by using specific narrow-band wavelengths of light. This can assist with the observation and characterization of certain abnormalities, including polyps and lesions requiring closer evaluation.
Responsive Insertion Technology (RIT) improves colonoscope maneuverability through the combination of several Olympus technologies. It incorporates HFT (High Force Transmission), PB (Passive Bending), and variable stiffness. Together, these features are designed to facilitate advancement through the different curves of the colon while providing the operator with greater control over the insertion tube.
The variable stiffness function allows the rigidity of the insertion tube to be adjusted according to the requirements of the examination. This can help facilitate navigation through certain anatomical configurations while maintaining controlled handling of the colonoscope.
The optical system of the CF-HQ190I is designed to provide brighter and more detailed images, with improved contrast and reduced noise and halation. Its imaging system also maintains good image quality when electronic zoom is used, helping the operator examine fine details of the mucosal surface.
The integrated ScopeGuide technology provides real-time three-dimensional visualization of the position and configuration of the colonoscope. This representation helps the operator identify the formation of loops in the insertion tube and adjust the movements of the instrument during advancement.
The CF-HQ190I features a one-touch waterproof connector designed to simplify system preparation and setup before and between procedures. Its fully submersible design facilitates cleaning and reprocessing while helping protect the components against damage caused by accidental immersion.
With its combination of advanced imaging technologies, maneuverability features, and practical design, the Olympus CF-HQ190I is intended for diagnostic colonoscopy and examinations requiring detailed visualization of the colon. Dual Focus, NBI, RIT, and ScopeGuide provide complementary functions designed to support efficient and controlled endoscopic procedures.
The Olympus CF-HQ190I is a 190 Series video colonoscope designed to meet the demands of modern colonoscopy. It combines high-quality imaging with an ergonomic design and advanced technologies intended to facilitate examination, improve visualization of anatomical structures, and provide precise control during procedures.
One of the key features of the CF-HQ190I is Dual Focus technology. It allows the user to switch between two focusing settings to optimize observation according to the viewing distance. The close-focus mode facilitates examination of fine details, while the normal mode provides a broader field of observation. This function is particularly useful for detailed inspection of the mucosa and small structures.
The CF-HQ190I also incorporates NBI (Narrow Band Imaging) technology. NBI enhances the visibility of blood vessels and superficial mucosal structures by using specific narrow-band wavelengths of light. This can assist with the observation and characterization of certain abnormalities, including polyps and lesions requiring closer evaluation.
Responsive Insertion Technology (RIT) improves colonoscope maneuverability through the combination of several Olympus technologies. It incorporates HFT (High Force Transmission), PB (Passive Bending), and variable stiffness. Together, these features are designed to facilitate advancement through the different curves of the colon while providing the operator with greater control over the insertion tube.
The variable stiffness function allows the rigidity of the insertion tube to be adjusted according to the requirements of the examination. This can help facilitate navigation through certain anatomical configurations while maintaining controlled handling of the colonoscope.
The optical system of the CF-HQ190I is designed to provide brighter and more detailed images, with improved contrast and reduced noise and halation. Its imaging system also maintains good image quality when electronic zoom is used, helping the operator examine fine details of the mucosal surface.
The integrated ScopeGuide technology provides real-time three-dimensional visualization of the position and configuration of the colonoscope. This representation helps the operator identify the formation of loops in the insertion tube and adjust the movements of the instrument during advancement.
The CF-HQ190I features a one-touch waterproof connector designed to simplify system preparation and setup before and between procedures. Its fully submersible design facilitates cleaning and reprocessing while helping protect the components against damage caused by accidental immersion.
With its combination of advanced imaging technologies, maneuverability features, and practical design, the Olympus CF-HQ190I is intended for diagnostic colonoscopy and examinations requiring detailed visualization of the colon. Dual Focus, NBI, RIT, and ScopeGuide provide complementary functions designed to support efficient and controlled endoscopic procedures.