The Olympus UPD (Endoscope Position Detecting Unit), commonly known as the ScopeGuide, is a sophisticated system designed to enhance endoscopic procedures by providing real-time, three-dimensional visualization of the endoscope's position within the patient's body. Below is a combined summary of its key specifications, including compatible processors:
Key Specifications:
Technology:
Utilizes electromagnetic field technology to create a real-time 3D image of the endoscope’s shape and position.
Electromagnetic coils embedded in the insertion tube of the endoscope generate a magnetic field detected by receiver coils in the ScopeGuide system.
Components:
Receiver Dish (MAJ-1868): Captures the electromagnetic signals emitted from the endoscope.
Hand Coil (MAJ-1859): Used to enhance signal detection and accuracy.
Remote Control (MAJ-1890): Allows easy operation and adjustment of the system settings.
Receiver Dish Cable (MAJ-1875) and Scope/Probe Cable (MAJ-1881): Essential for connecting the various components of the system.
Display:
Displays a real-time 3D image on a connected monitor, aiding clinicians in navigating the endoscope more effectively during procedures.
Compatibility:
Works with specific Olympus colonoscopes such as the CF-HQ190L/I, PCF-H190DL/I, and the SIF-Q180 single balloon enteroscope.
Power Requirements:
Operates on 100-240V AC, 50/60Hz, making it compatible with international power standards.
User Interface:
Intuitive and user-friendly, allowing for easy integration into existing clinical workflows with minimal training required.
Compatible Processors:
Olympus EVIS EXERA III (CV-190):
This advanced processor is commonly used with the ScopeGuide system, providing high-definition imaging and seamless integration with the ScopeGuide for enhanced visualization and navigation.
Olympus EVIS EXERA II (CV-180):
A reliable and widely used processor that supports ScopeGuide technology, offering strong imaging capabilities and real-time 3D visualization.
Olympus CV-170:
Although slightly older, the CV-170 is still compatible with the ScopeGuide system, delivering efficient processing for endoscopic imaging.
Clinical Applications:
Primarily used in gastroenterology, particularly for procedures such as colonoscopies and enteroscopies, to improve procedural accuracy and patient comfort by providing detailed real-time feedback on the endoscope’s position
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