Medical Borescope Camera

The INP-700 Medical Endoscopic Camera System is specially designed for minimally invasive surgery. It can deliver exceptional surgical imaging output. The core of it is a 1/1.8-inch 4K CMOS image sensor that provides real-time 3840×2160 ultra‑high‑resolution visuals, offering unprecedented image detail to support precise intraoperative diagnosis. The system supports diverse output options, including DVI, SDI for high‑definition video, and native 4K ultra‑high‑definition output, ensuring seamless compatibility with various operating room display devices.

In terms of design, the system emphasizes operational convenience and operational reliability. It integrates functions such as automatic aperture adjustment, intelligent shutter control, and dynamic gain management. It can ensure consistent image quality even under varying environmental conditions. The system delivers smooth real‑time video at a stable 60‑frame refresh rate, can completely eliminate motion blur and trailing. Additionally, it incorporates essential clinical features such as one‑touch white‑balance calibration, instant image freeze, flexible image flip, and digital zoom. Those features make significantly enhance control during surgical procedures. The system demonstrates so excellent environmental adaptability, operating reliably within a wide temperature range of ‑10°C to +50°C, while offering robust surge protection (500V) and electrostatic discharge protection (contact 8kV / air 15kV). Those ensure durability and reliability in demanding clinical environments.

The on‑screen display (OSD) supports multi‑language menus, providing intuitive navigation and personalized settings. It can seamlessly interface with various endoscopes across different medical departments, and its anti‑interference design prevents disruption from high‑frequency electrosurgical units, maintaining image stability during surgery. We offer comprehensive service support, including a one‑year warranty and up to ten years of maintenance assistance, making this system a reliable, high‑performance imaging solution designed for long‑term clinical use.