a group of plastic cups sitting on top of a machine

SolVisionCase Study

AI Quality Control for Medical Consumables

quality-control-of-medical-equipment

Improving Medical Equipment Quality

Safety syringes comprise several dozens of different components, including a built-in needle that can be detachable or permanently attached. The assembly process requires inspection checks to monitor and backtrack when production errors occur. Defect detection can be used to improve product quality and production processes. 

AI inspection of safety syringes

Traditional Inspection Limitations

When needles of safety syringes are assembled incorrectly, this results in protruding or malfunctioning needles that can cause injury, and be unusable. Safety syringes are often made of materials and textures that are difficult for traditional rule-based inspection systems to inspect.

AI Defect Detection

Bridging artificial intelligence with machine vision, SolVision can be used to develop an inspection system capable of recognizing and analyzing white or transparent parts in various textures and shapes. The advanced software can accurately detect assembly errors to identify faulty autoinjectors and lapses in production processes, and optimize throughput. 

AI Inspection

Inspecion

Related Posts
  • transparent IV bag on a clear background

    IV Bag Inspection Using AI

    SolVision achieves a 100% detection rate of foreign particles in IV bags through an innovative AI vision system for efficient defect detection.
  • pile of shiny metal bolts

    Metal Bolt Defect Detection Using AI

    SolVision ensures a flawless 100% defect detection rate in just 49 milliseconds per bolt, addressing reflective surface challenges and eliminating false negatives.
  • Needle nose pliers with a black and red grip against a white background

    Needle Nose Pliers Inspection Using AI

    SolVision enhances needle nose pliers inspection, improving quality control with AI-based defect detection technology for unmatched speed and precision.
  • a group of square objects

    Detecting Chipping Defects in Wafer Dicing

    The location, size and shape of cracks vary each time, and traditional optical inspection cannot accurately identify such unpredictable defects.