The medical endoscope optical performance detection system is a medical endoscope full automated detection system that delta instruments have developed innovatively for yy series standards and fda authentication documents. The system is equipped with an automated range control counter, a multifunctional electronic endoscope (patent), a range control brightness source, a background light source and a front-spread light source, a multifunctional graphic card (sinestring graphic card, mtf-modulated transfer function card, a flash test combination test card (light response, static image tolerance), a spectroradiometer and a specialized automated image quality analysis software. The system measures fov field angles, light mirrors, snr signal noise ratio, brightness response properties, space frequency effects, static image tolerance, photo-radiation safety tests, dov angles, geometric malformations, iu image photoequilibrity, focal-range test function, display of reduced colour performance, lighting source performance, etc. The high degree of integration and customization of functional modules based on user needs greatly enhances testing efficiency. Personalized configurations may be based on differences in customer certification standards。
Standard requirements met:
1) yy/t 1587-2018 medical endoscope electronic endoscope
2) iso 8600-3: 2019; iso 15739:2017; iso 12233:2017; iso 8600-3:2019
Fda guidance dI'm sorry
System strengths:
1) the system meets the requirements of the latest iso version for testing of electronic endoscopes (there are significant differences from national y-series standards)
2) a fully automated and integrated test architecture design, which is simple to operate; automatic switching of platforms with multifunctional cards to achieve a single-key measurement
3) innovative integrated set-up designed for rapid fit-in of multiple soft endoscopes check
4) program control brightness source to reconcile back light
5) system application digital interface: dvi interface, hdmi interface, dp (to be customised); simulation interface: cvbs, send, sdi, vga
6) development of smart image processing algorithms to capture and autoanalyse over 100 high-resolution images
7) customization of specialized analytical software to automatically generate test reports
