Custom Automation

Inline Vision Inspection Equipment

MIJOINT Inline Vision Inspection Equipment is designed for automated quality inspection in production processes. Using industrial vision systems, the equipment can inspect product appearance, dimensions, position, assembly status and other key features. Inspection functions can be configured according to different products and requirements, and the equipment can be integrated into automated production lines for in-process quality inspection.

Product Introduction

Applications

Industry Focus
3C electronics, high-speed cables, automotive wire harnesses, communication equipment, consumer electronics connectors, fiber optics and optical communications.

Applicable Products
Terminal crimping, wire stripping, soldering points, thermode soldering and other key product features.

Line Compatibility
Supports fully automated inline inspection and can be integrated into existing automated production lines.

Core Advantages

  • Inline Inspection: Designed for automated inline inspection and integration into existing production lines.
  • High-Speed Inspection: Supports high-speed image acquisition and inspection to meet automated production cycle requirements.
  • Flexible Inspection: Inspection functions can be configured according to different products and inspection requirements.
  • Algorithm Adaptation: Vision algorithms can be adjusted and optimized according to different products and inspection requirements.

More Information

Key Capabilities

Detectable Defects
Missing soldering, soldering abnormalities, misalignment, burrs and other defects, with inspection functions customizable according to project requirements.

Algorithm Upgrades
Vision algorithms can be adjusted and optimized to accommodate new products and inspection requirements.

Technical Specifications

Item Typical Specification
Inspection Accuracy ±0.01mm
Inspection Speed ≥120 pcs/min
Misjudgment Rate Dimensional ≤0.1%; Defect ≤0.5%
Minimum Detectable Defect Area >0.2 mm²
Miss Rate Burrs ≤0.1%; Other defects subject to testing based on defect type