色婷婷一区二区三区免费视频|日韩一区二区三区精品福利|亚洲欧美中文字幕在线一区|亚洲激情视频在线观看

AVI Intelligent Six-Sided Inspection Systems for Camera Modules

Advanced vision systems combining AI with automated optical inspection for micro-component manufacturing:

  • Automated loading/unloading of micro-components

  • AI-powered high-throughput appearance inspection

  • Real-time defect classification by severity

Application
  • XXX
    Camera Module
  • XXX
    Optical Fingerprint Module
  • XXX
    3D-Sensing Module
  • XXX
    Micro Component
  • XXX
    Wafer Level Component

Product

Related Products
Intelligent AVI Six-Side Camera Inspection System
產(chǎn)品名稱
Intelligent
AVI Six-Side Camera Inspection System
Fully Automated Intelligent AVI Camera Six-Side Inspection System
產(chǎn)品名稱
Fully
Automated Intelligent AVI Camera Six-Side Inspection System
Intelligent AVI Six-Side Camera Inspection System

Intelligent AVI Six-Side Camera Inspection System

FUNCTION

  • Manual loading and unloading, automatic inspection;
  • Can perform appearance defect detection on six surfaces of the module (including light holes, Holder, FPC, connectors, etc.);
  • Detected defects include: FPC silkscreen defects, connector defects, QR code defects, steel sheet misalignment, lens defects, VCM Pin soldering defects, etc.;
  • Automatically completes six-sided inspection, displays results upon unloading, stores test images and result data, and calculates yield rate.

FEATURE

  • Equipped with three-dimensional six-sided comprehensive appearance defect detection function;
  • Compatible with deep learning detection and traditional positioning algorithms;
  • Supports rapid switching between multiple models to meet the inspection needs of different product types;
  • Can serve as a supplement to fully automated AVI, used for NG re-inspection, sampling comparison, algorithm training, small-batch inspection, and other scenarios.

APPLICATION

Suitable for appearance inspection of optical modules, such as camera modules, optical fingerprint modules, structured light modules, etc.; It can also flexibly adapt to micro-component or wafer-level components by replacing cameras, light sources, and other components.