Olympus Processeur vidéo OTV-S7PRO

OLYMPUS VISERA Pro OTV-S7PRO – Video Processor

The OLYMPUS VISERA Pro OTV-S7PRO is a video processor designed for modern endoscopic systems. Combined with an OLYMPUS CLV-S40 Xenon light source, it provides a complete solution for high-quality visualization and efficient image management during endoscopic and surgical procedures.

High-Definition Imaging

The OTV-S7PRO is designed to provide precise reproduction of endoscopic images. It supports both HDTV and SDTV signals, allowing integration into different Olympus imaging configurations and providing flexibility according to the equipment being used.

• Supports HDTV and SDTV signals.
• Automatic or manual management of input and output formats.
• Image processing designed to provide clear and detailed visualization.
• Suitable for applications requiring precise observation during procedures.

Integration with Olympus Systems

With compatibility across various Olympus imaging equipment, the VISERA Pro OTV-S7PRO can be integrated into complex medical environments, including operating rooms. It provides centralized management of video signals from compatible equipment.

• Compatible with appropriate Olympus imaging systems.
• Compatible with Olympus surgical cameras.
• Connection to compatible video printers.
• Integration with an OLYMPUS CLV-S40 Xenon light source.

Display Customization

The OTV-S7PRO provides various settings that allow the display to be adapted to user preferences and procedural requirements. Its internal menus facilitate system configuration and provide access to the main video functions.

• Creation and use of user presets.
• Color adjustment.
• Video source selection.
• Screen layout configuration.
• Input and output format settings.

Interface and Controls

The OTV-S7PRO features a front control panel designed to provide direct access to essential functions. An optional MAJ-898 remote control can also be used to facilitate navigation and system control.

• Ergonomic front control panel.
• Direct access to the main video functions.
• Control of image display, capture, and printing.
• Optional remote control: MAJ-898.

Image Management

The system also provides image management capabilities during procedures. Its internal memory allows captured images to be temporarily stored before printing or transfer, helping facilitate procedure documentation.

• Image capture during procedures.
• Temporary image storage in internal memory.
• Image preparation for printing or transfer.
• Functions suitable for endoscopic procedure documentation.

CLV-S40 Xenon Light Source

The system can be combined with the OLYMPUS CLV-S40 Xenon light source, designed to provide the illumination required by compatible endoscopic equipment. This combination provides an integrated video and lighting configuration for compatible endoscopy applications.

• Light source: OLYMPUS CLV-S40 Xenon.
• Designed for use with compatible Olympus equipment.
• Suitable for integration into a complete endoscopy system.

Safety and Reliability

The OTV-S7PRO is designed to meet applicable requirements for medical equipment regarding electrical safety and electromagnetic compatibility. Its robust design and professional system architecture make it suitable for use in demanding medical environments.

• Designed for professional medical environments.
• Designed to meet applicable electrical safety requirements.
• Designed to minimize electromagnetic interference in equipped environments.
• Suitable for operating rooms and compatible endoscopy environments.

Applications

The VISERA Pro OTV-S7PRO serves as a video management center for specialists seeking a complete solution for visualization, image capture, and documentation of endoscopic procedures. Its connectivity and customization functions allow integration into various Olympus configurations.

• Surgical endoscopy.
• Operating room applications.
• Endoscopic video visualization.
• Image capture and documentation.
• Image printing with compatible peripherals.
• Integration with compatible Olympus imaging systems.