In industrial inspection scenarios, the durability of endoscope lenses is directly related to inspection efficiency and cost control. The 14.5mm diameter endoscope module with a steel sleeve highlights the key value of lens protection through targeted design. Industrial environments are often accompanied by challenges such as pipeline friction, mechanical collisions, and dust erosion. The steel shell design on the outer layer of the lens forms a physical barrier, which can effectively resist external impact and wear, reducing equipment downtime and replacement costs caused by lens damage, and is particularly suitable for inspection needs in narrow spaces such as underground pipe networks and mechanical cavities.
The improvement of protective performance is further reflected in detailed designs: LED beads with SMD chips have higher vibration resistance and temperature resistance compared to traditional beads, reducing the probability of lighting failures in complex industrial on-site environments and avoiding repeated inspection costs caused by unstable light sources; SMT technology and AA process ensure precise alignment of the lens and sensor through automated production, reducing the risk of lens performance degradation caused by assembly errors and extending the single-use cycle. The 80.9° field of view and depth of field from 3.5cm to infinity, combined with auto-focus function, do not sacrifice inspection accuracy while upgrading protection, making "durability" and "practicality" complementary. For industrial inspection, lens protection is not only a guarantee of equipment lifespan but also a core prerequisite for reducing long-term operation and maintenance costs and improving inspection reliability.