Olympus CLV-160 300-Watt Xenon Light Source – Product Overview
The Olympus CLV-160 is a cutting-edge light source specifically designed for Olympus color CCD videoscope systems, utilizing a powerful 300W xenon lamp to deliver superior illumination for endoscopic procedures. With an innovative condenser lens design, the CLV-160 boasts an impressive 30% increased light intensity compared to its predecessor, the CLV-U
- This enhancement ensures that clinicians can achieve clear and accurate observations, even at a distance, which is crucial for effective diagnoses and treatment.
Key Features:
- High-Intensity Illumination: The 300W xenon lamp provides exceptional brightness, enabling detailed visualization during endoscopic examinations.
- Enhanced Light Performance: The advanced condenser design allows for nearly 1.3 times more light intensity compared to previous models, facilitating better observation in challenging scenarios.
- User-Friendly Interface: The front panel features simple membrane switches and clear indicators, making it easy for healthcare professionals to operate.
- Wide Coverage: Illumination capability extends to distant points, ensuring sufficient brightness when retroflexing the scope tip or observing critical areas such as the lower esophagus.
- Compatibility: The CLV-160 is compatible with conventional Olympus color CCD videoscopes and fiberscopes, making it a versatile addition to any endoscopy suite.
- Space-Efficient Design: With a 35% reduction in overall size and an 80mm decrease in width compared to its predecessor, this light source maximizes space efficiency and can be conveniently integrated with a dedicated cart and ancillary equipment.
- Adaptive Brightness Control: Improved light adjustment levels help maintain optimal brightness for a variety of observation distances, including close-range examinations.
With its compact size and formidable performance, the Olympus CLV-160 300-Watt Xenon Light Source is an essential tool for modern endoscopic practices, offering enhanced visualization and efficiency for medical professionals.
