OLYMPUS CV-260SL Endoscopy Tower

In good working condition.

Includes:

- Olympus tower Model : CV-260SL

- Scope Model : CF-H260DL HD colonoscope 

- Scope Model : GIF- H260 HD gastroscope 

We ship worldwide.

Please get back to us for further queries. 

WE SPEAK ENGLISH -HABLAMOS ESPAÑOL -WIR SPRECHEN DEUTSCH.

The Olympus Evis Lucera CV-260SL is a high-performance, professional-grade endoscopic video processor, often used as the central component in a complete endoscopy tower for gastroenterology (gastroscope and colonoscope) diagnostics and treatment. It is frequently paired with the CLV-260SL xenon light source and produces, at the time of its release, high-definition imaging designed to enhance mucosal visualization. 

Key Technical Features

- Imaging Quality: High-definition video output with advanced image processing (noise reduction, color enhancement) for optimized visualization of mucosal structures.

- Narrow Band Imaging (NBI): Built-in NBI capability, which enhances the visibility of capillary patterns and mucosal surface structures.

- Dual Focus Function: Allows for switching between two focus modes—"near" and "normal"—to provide detailed views of mucosal surface structures or wider areas at the press of a button.

- Pre-Freeze Function: Automatically selects the sharpest image of a tissue section once the user freezes the image, ensuring better image capture.

- Component Compatibility: Primarily designed for compatibility with the Lucera 260 series scopes (e.g., GIF-H260 gastroscope, CF-H260DL colonoscope).

- Output Options: Features Y/C, RGB, and NTSC output capabilities.

- Dimensions & Weight: ~382 (W) x 78 (H) x 504 (D) mm, weighing approximately 9.4 kg. 

Common Tower Setup (System Components)

A complete, used 260SL endoscopy tower system generally includes:

- Processor: CV-260SL

- Light Source: CLV-260SL (Xenon)

- Monitor: OEV191H or OEV262H LCD monitor

- Scopes: Compatible with GIF-H260/CF-H260DL

- Accessories: Pigtail (MAJ-1154), Keyboard (MAJ-1535), and sometimes DVD-RAM recorders (EICP-D) 

AI and Advanced Diagnostic Support 

While the CV-260SL predates the newest AI-powered platforms (like EVIS X1 or ENDO-AID), the 260SL system is designed to provide high-quality imagery that serves as a foundation for advanced diagnostics, supporting clinicians with detailed imaging for early disease detection. 

The Olympus CF-H260DL is a high-definition (HD) long video colonoscope designed for comprehensive diagnostic and therapeutic procedures in the lower gastrointestinal tract. It is part of the EVIS LUCERA SPECTRUM series, providing advanced imaging for enhanced visualization of mucosal textures. 

Technical Specifications

- Imaging: High-Definition TV (HDTV) with Narrow Band Imaging (NBI) capabilities.

- Field of View: 140°.

- Depth of Field: 5–100 mm.

- Working Length: 1680 mm (168 cm).

- Insertion Tube Diameter: 13.2 mm.

- Instrument Channel: 3.7 mm.

- Angulation Range: Up 180°, Down 180°, Right 160°, Left 160°.

- Compatibility: Designed for use with the CV-260SL processor and CLV-260SL light source. 

Key Features & Advantages

- Enhanced Visualization: Combines HDTV with NBI to improve detection of vascular patterns and early-stage mucosal abnormalities.

- Variable Stiffness: Enables adjustment of the insertion tube’s rigidity to adapt to the patient's anatomy, aiding insertion and decreasing patient discomfort.

- ScopeGuide Technology: Features integrated position detection technology to visualize the real-time position of the scope within the colon.

- High-Volume Capacity: A 3.7 mm channel allows for smooth, versatile use of therapeutic instruments for polypectomy, biopsy, and hemostasis.

- Design for Ease of Use: Ergonomic control body, wide-angle viewing, and a 168 cm working length make it suitable for deep colonic examination and difficult cases. 

The Olympus GIF-H260 is a high-definition (HDTV) gastroscope from the EVIS LUCERA series designed for detailed diagnostic and therapeutic procedures in the upper gastrointestinal tract. Key technical features include advanced imaging resolution, superior angulation, and a narrow distal diameter for enhanced patient comfort. 

Key Technical Specifications (GIF-H260)

- Imaging: HDTV-compatible CCD provides high-resolution images, with compatibility with Narrow Band Imaging (NBI) to improve observation of mucosal structures.

- Optical System: 140° field of view (extra-wide) with a 0° forward direction of view and a 3-100mm depth of field.

- Dimensions: 9.5 mm to 9.8 mm distal end/insertion tube diameter for easy insertion.

- Working Length: 1030 mm.

- Channel: 2.8 mm diameter biopsy channel for instruments.

- Angulation: High-mobility tip with 210° up, 90° down, and 100° right/left.

- Compatibility: Works with EVIS LUCERA CV-260/CV-260SL video processors. 

The GIF-H260 supports improved detection of small lesions through high-precision imaging. While newer Olympus series (e.g., EVIS X1) feature native "AI-assisted detection" (such as EndoBRAIN), the GIF-H260’s primary strength lies in its "high-Definition" capabilities that provide superior image clarity. It is widely used for routine diagnosis and therapeutic maneuvers within the esophagus, stomach, and duodenum. 

The Olympus CV-260SL is a high-performance endoscopy tower commonly used in medical facilities. This used model includes two scopes: the CF-H260DL HD colonoscope and the GIF-H260 HD gastroscope, both known for delivering high-definition imaging for optimal diagnostic accuracy. The CV-260SL integrates seamlessly with Olympus scopes, ensuring enhanced procedural efficiency and reliability. The CF-H260DL HD colonoscope is designed to provide exceptional image clarity and detail, improving visibility during colonoscopies. The GIF-H260 HD gastroscope offers similar high-definition imaging capabilities for gastroscopic procedures. Both scopes are engineered for flexibility and ease of handling, enhancing user comfort and patient care. As a used piece of equipment, this Olympus endoscopy tower maintains a reputation for durability and consistent performance. It's an ideal choice for medical institutions seeking a reliable, high-quality imaging solution without incurring the high cost associated with new equipment.