Solutions

3D Surface Inspection

Umajin's cutting-edge 3D Surface Inspection is transforming how industries inspect and analyze reflective, transparent, or intricately textured surfaces. From glass windshields and polished metals to PCBs and textiles, this system provides sub-millimetre accuracy using AI-driven analysis and patented photometric imaging.

High-Accuracy 3D inspection for reflective, transparent and textured surfaces

What Makes It Different?

Conventional machine vision struggles with glare, reflections, and translucent materials. Umajin solves this with a powerful combination of:

  • Patented coded light and edge 3D computational processing for surface inspection known as specular metrology
  • AI and machine vision analysis
  • Real-time inspection for anomaly detection and defect classification
  • Flexible deployment: on the edge or in the cloud

Example materials bare/polished metals, ceramics, lacquered surfaces, glass, plastics, carbon fibre, textiles, and printed circuit boards.

Original

Normal Map

Specular Map

Diffuse Map

Industrial Applications

3D Surface Inspection is ideal for precision-driven industries seeking to automate and enhance quality control

  • Automotive – Inspect stamped metal and painted bodywork
  • Aerospace – Analyze composite materials and glass surfaces
  • Electronics – Measure and inspect PCBs and solder joints
  • Textiles & Plastics – Surface integrity and defect tracking
  • Machinery – Ongoing condition and component monitoring

Normal Map

Defect Map

Easily integrates into manufacturing lines for real-time defect reporting and quality optimization

Flexible Configuration

Our solution is designed with flexibility in mind and can be customized to meet the specific requirements of each customer. Available configuration options include:

  • Industrial Inspection Cameras: Choose from leading brands such as Sony, Balluff, Allied Vision, Cognex, Keyence, Basler, Teledyne
  • Edge Compute Hardware: Compatible with a range of processors, including NVIDIA, Intel, and AMD
  • AI Detection Deployment: Run AI models on the edge for low-latency processing or leverage the cloud for scalable performance
  • Inspection Coverage: Supports both large and small surface areas, ensuring suitability for various product types
  • Defect Detection Types: Capable of identifying defects visible to the human eye down to micron sized microscopic defects
  • Production Line Compatibility: Adaptable to different factory line speeds for seamless integration into diverse manufacturing environments

Wide Camera Support

Coded Light Illumination

Edge Compute

Key Benefits

  • Automate complex inspection tasks

    Faster, more consistent results

  • Enhance quality control

    Minimize human error and customer defects

  • Reduce waste and costs

    Through early detection and precision measurement

  • Improve uptime

    By proactively monitoring key components

  • Full coverage

    Inspect 100% of output, not just samples

Accurately measure and detect what was previously invisible