In the field of disposable medical endoscopes, cost control is one of the core considerations for medical institutions when selecting equipment. The 12.5mm diameter CMOS color image sensor endoscope module, with its precise design details, has become an ideal choice for cost optimization. From a hardware design perspective, the bare module form eliminates redundant shell packaging processes, directly providing core functional components to downstream manufacturers, reducing material and labor costs for secondary processing, and is particularly suitable for the "simple and efficient" needs of disposable products.
The standardized configuration of the product further compresses costs: USB2.0 interface and UVC protocol compatibility eliminate the need for additional development of dedicated drivers, enabling direct adaptation to mainstream medical display devices, reducing the technical threshold and adaptation costs of system integration; SMT technology and AA process realize automated mass production, which not only improves product consistency but also spreads unit manufacturing costs through large-scale production, reducing the scrap rate caused by manual assembly errors. In addition, the design of integrating 8 LED beads eliminates the procurement and installation costs of external lighting equipment, while the 12.5mm slim lens diameter is suitable for minimally invasive examination scenarios, without the need for additional research and development costs for complex structures. These designs embody the concept of "integrating essential functions and minimizing unnecessary costs," perfectly meeting the dual needs of low cost and high reliability for disposable medical endoscopes.