VIEWORKS CO., LTD. FXRD-1751SB VIVIX-S 1751S

Multiple Used Smith and Nephew Arthroscopy Towers in good condition. CAN BE SOLD SEPARATELY These Smith and Nephew Arthroscopy Towers are a comprehensive system designed for arthroscopic surgeries, providing high-quality imaging and efficient management of surgical procedures. Key components of the system include: LCD Monitor (Model: LMD-X310MD, SN: 8000251): This monitor offers crisp and clear display capabilities, essential for viewing real-time surgical images and videos during procedures. Its high-resolution screen ensures optimal visualization for surgical precision. S&N LENS Integrated System (REF: 72204354, SN: EEI063): This integrated system includes advanced lenses optimized for arthroscopic procedures, enhancing clarity and detail in imaging. It contributes to improved visualization of the surgical site, aiding in accurate diagnosis and treatment. S&N 660HD-E Image Management System (REF: 72204668, SN: EEO1193): The image management system plays a vital role in storing, organizing, and retrieving surgical images and videos. It offers streamlined workflow management, allowing surgeons to efficiently access and review patient data during and after procedures. Sony AC Adaptor (Model: AC-300MD, SN: 6401H617): The AC adaptor provides reliable power supply to the various components of the arthroscopy tower, ensuring uninterrupted operation throughout surgical procedures. Its compatibility with the system components enhances overall reliability and performance. Sony Digital Color Printer (Model: UP-DR80MD, SN: 731682): This digital color printer is utilized for printing high-quality images captured during arthroscopic surgeries. It offers fast and efficient printing capabilities, enabling surgeons to create detailed documentation of procedures for reference and patient records.

BRAND NEW NEVER BEEN USED Safety at all times: High-end functions for the protection of cell cultures, bacteria cultures or tissue cultures.

2108 Series Sagittal Blade (28.9 x 0.64 x 58.7mm)