Visual detection equipment for mobile phone structural components is a method to automatically detect mobile phone components using camera and image processing technology. It is used to take images of the structural parts of the mobile phone through the camera to detect cosmetic defects such as scratches, dents, color inconsistencies, etc. Detect the size, position and relative position of the mobile phone structure to ensure that the design specifications and assembly requirements are met. Check the assembly quality between the structural parts of the mobile phone, such as the alignment of parts and the firm connection. Automatically identify defects in the structural parts of the mobile phone, such as cracks, bubbles, deformation, etc.
Detect products
Device Features
Appearance detection: Identify various defects in the appearance of the mobile phone structure, such as scratches, dents, stains, color inconsistencies, etc.
Dimension and position detection: Measure the size and position of the mobile phone structure to ensure that the design specifications and assembly requirements are met.
Component assembly detection: detect the assembly quality between the structural parts of the mobile phone, such as the alignment of parts and the firm connection.
Defect detection: Automatically identify defects on the structural parts of the mobile phone, such as cracks, bubbles, deformation and other problems.
Character recognition: Identify the text, logo and serial number on the mobile phone structure to ensure the accuracy of the information.
Color detection: detect the color accuracy and consistency of the mobile phone structure to avoid product color deviation.
Edge detection: Detect the edge quality of the mobile phone structure to ensure flatness and consistency.
Data recording and analysis: record the data in the testing process and analyze it to optimize the production process and improve quality management.
Automatic classification and sorting: Automatic classification and selection of unqualified products according to the test results to improve production efficiency.
Rapid response and alarm: When abnormal conditions or defects are found, they can be alarmed in time to ensure the stable operation of the production line.
Equipment parameters
Device type | High speed cloud disk tester (Glass disk) |
Scope of application | It is suitable for the detection of rubber parts, precision hardware parts, automobile, mobile phone parts, plastic parts, electronic parts and other high-precision products. |
turntable | Special ring glass turntable |
Optical system | Germany high rate CCD industrial camera, Japan imported lens, professional light source system |
Number of cameras | Standard 1 (optional 1 ~ 8) |
Control system | Germany Siemens Industrial Computer |
Image detection software | Siptech Vision inspection System |
Feed system | Special feed guide rail, a set of vibration disk equipment, automatic feed storage hopper equipment (optional) |
Packaging system | Automatic counting and packing machine (optional) |
Detection speed | 200 to 1200 PCS/min |
precision | Up to ±0.01mm |
Recommended inspection size | 0.1 ~ 50mm |
Detection quality | 0.1 to 100g |
Detection index | Appearance size detection: outer diameter, inner aperture, opposite side, diagonal, length, height, concentricity, roundness, step size, Angle, sharpness, etc |
Defect detection: 360-degree teeth, rotten teeth, bad teeth, oblique teeth, poor knead teeth, internal burrs, lack of material, internal hole blockage, cracking, burrs, solder joint area, mark, there are no internal teeth, all functional detection of standing flat head screw tooth parts |
Supply voltage | Two-phase 220V, 50Hz |
Rated power | 1kW |
Atmospheric pressure | The air pressure is not less than 0.35 ~ 0.7MPa |
Equipment weight | About 500kg |
Operating temperature | -3 ° C to 45 ° C |
Storage temperature | -20℃ ~ 60℃ |
Equipment size | 1000mm(L)×1000mm(W)×1800mm(H) |