USB endoscope camera can be used with Android smartphone and Windows XP/7/8/Vista PC. The semi-rigid cable or flexible cable can go to the place that you can't see. 6 LED lights make a clearer view in dark corner. All the inspection images or videos can be seen on the smartphone and PC.
- 1.3MP waterproof CMOS camera with optional diameter 5.5mm, 7mm or 8mm
- Display resolution of images and video is 640*480P or 1280*720P.
- USB connector and micro USB cable for most of the smartphone and PC
- LED lights adjustable switch and camera button for simple operations
- Widely used for vehicle engine, air conditioner and pipeline inspection
|Camera shell diameter *
||5.5mm, 7mm, 8mm
|CMOS camera pixel
||640*480P, 1280*720P (only for PC)
||IP67 (only for camera)
||6 adjustable LED lights, automatic exposure function
|Camera cable type *
||Semi-rigid cable, flexible cable
|Cable length *
||1m, 1.5m, 2m, 3.5m, 5m
|Support operating system
||Cell phone: Android (support USB and OTG function)
PC: Windows XP, 7, 8, Vista
||5VDC via USB
||CE, FCC, RoHS
||1 * endoscope camera
1 * micro USB cable
1 * fixing sleeve
1 * mirror
1 * hook
1 * magnet
1 * CD
1 * user manual
Tips: Working principle of automotive endoscope
The main body of the automotive endoscope is the fiber beam. The fiber beam is composed of many light transmitting thin optical fibers. There are two types of optical fibers: glass optical fibers and plastic optical fibers (mainly acrylic resin). The light transmission in the optical fiber must follow the principle of total internal reflection, that is, the pixels conducted by each optical fiber must not be refracted and leak, and should be transmitted from one end to the other end in the fiber by total internal reflection. Only in this way it can be ensured that there is no loss of light in the transmission, no distortion of the image, and high-definition, high-precision image transmission.
The fiber endoscope follows the principle of total internal reflection of light, so that the light is transmitted in an orderly manner from one end to the other in the optical fiber. When the optical fiber is bent, the reflection angle changes accordingly, and the transmission of light is bent with the bending of the fiber. In this way, you can see objects coming from any direction.