What are the factors that affect the detection of industrial endoscope equipment

1. Lighting conditions.
The light source of an endoscope is usually used for illumination. Generally speaking, the color temperature of the light source should not be less than 5600 k, and the lighting intensity should not be less than 2600 lm.

2. The position of the probe.
The best detection distance is within the range of 5-25mm, so it is usually necessary to keep the endoscope probe as close to the observation point as possible. The probe and observation surface should be between 45 ° -90 °. In practice, by repeatedly changing the position and angle of the probe and observation points, suitable observation positions can be found to achieve the best results.

3. Observation channel.
Try to approach the channel as close as possible to the position to be tested, choose the channel with the shortest entrance length, and minimize the number and degree of bending the probe as much as possible; Firstly, consider the channel from top to bottom and from high to low; Prioritize the use of wide channels; Use a mold to ensure that the direction of the probe in the product channel is correct; By observing and transmitting, the flow inside the channel is smoother.

4. Resolution, magnification, and detection of the smallest defects.
This is the technical indicator of the endoscope itself, which directly affects the detection results.

5. The surface reflectance of an object.
The surface reflectivity of various objects varies, which is related to the surface material and surface roughness of the object. The lighting intensity of the endoscope should be selected according to the specific situation to obtain clear and useful results.

Cast endoscope
The main issue with the analysis of the above important factors affecting the detection methods of industrial endoscope equipment is to pay attention to these external factors, provide a good working environment for the detection of industrial endoscope equipment, and enable it to fully play its excellent performance in the development process of detection.