MIRTEC 3D AOI MV-6E OMNI is a powerful automatic optical inspection equipment, mainly used to detect PCB welding quality.
Features Accurate 3D measurement: MV-6E OMNI adopts Moore projection technology to measure components from four directions: east, south, west and north, obtain 3D images, and realize non-destructive high-speed defect detection. High-resolution camera: Equipped with a 15-megapixel main camera, it can perform high-precision inspection, and can even detect 0.3mm part warping, cold solder joints and other problems. Side camera: The equipment is equipped with 4 high-resolution side cameras, which can effectively detect shadow deformation, especially suitable for the inspection of complex structures such as J pins. Color lighting system: The 8-segment color lighting system provides a variety of lighting combinations to obtain clear and noise-free images, suitable for various welding defect detection. Deep learning automatic programming tool: Using deep learning technology, automatically explore the most suitable components and match them to improve inspection quality and efficiency. Industry 4.0 Solution: Through big data analysis, statistical process control servers store a large amount of test data for a long time to improve production efficiency.
Application Scenarios
MV-6E OMNI is suitable for the detection of various welding defects, including missing parts, offset, tombstone, side, over-tinning, lack of tinning, height, IC pin cold welding, part warping, BGA warping, etc. In addition, it can also detect characters or silk screens on mobile phone glass chips, as well as PCBAs coated with three-proof coatings MIRTEC 3D AOI MV-6E OMNI's advantages are mainly reflected in the following aspects: High-resolution camera and moiré fringe projection technology: MV-6E OMNI is equipped with a 15-megapixel high-resolution camera, the only 15-megapixel camera in the world, which enables more accurate and stable detection. In addition, it also uses moiré fringe projection technology to measure components from four directions: east, south, west, and north to obtain 3D images, thereby performing damage-safe and high-speed defect detection . Multi-group moiré fringe projection technology: The device uses 8 groups of moiré fringe projection technology to obtain 3D images without blind spots through 4 3D transmitters, and combines high and low frequency moiré fringes for component height detection to ensure the accuracy and completeness of detection.
Side camera and multi-faceted detection: The MV-6E OMNI is equipped with 10-megapixel side cameras in the four directions of southeast, northwest, and northeast. This is the only J-pin detection solution that can effectively detect shadow deformation and various defects