VT-S730-H | Omron ISD, Europe


Industries Highest Capability Full 3D-AOI System

Built Upon a History of Innovation and track record of High-Quality Solutions, the VT-S730-H is the Industries fastest Real 3D-AOI machine using Omron’s unique 3D-Solder Joint Inspection (3D-SJI) technology for Best Inspection Capabilities.

VT-S730 series Post Reflow inspection machines have been widely adopted in production lines where high quality control is required, including the automotive industry. VT-S730 Series uses a combination of Phase Shift and Omron’s unique color image processing technology called "color highlight ™ 3D shape reconstruction technology" providing the highest accuracy in Solder Joint Inspection called ‘SJI’.


  • High Speed Top View 12Mpix Camera with Telecentric Lens.
  • 4x Oblique-Angle Inspection Cameras
  • Latest 3D Programmable DLP Projectors (25mm max Height Inspection).
  • Omron’s Unique Color-Highlight Illumination Technology.
  • Real 3D Image Technology for Component and High-Quality Solder Joint Inspection.
  • Real-time Interactive 3D data feedback to the Programmer.
  • View and edit samples of all parts on the board simultaneously (in real-time) without interrupting Production.
  • Process histograms are created automatically for all inspection tests and components
  • AI self-optimization tools can perform automated inspection logic and criteria changes.
  • Real defect images can be stored in a Central library and used to improve the tuning process.
  • Full 3D Data Processing and realization of Industrial 4.0 Smart Factory Solution.
  • Industrial 4.0 connectivity with The Hermes Standard for Full M2M Connectivity. 
  • Omron Q-upNavi: Combine SPI, AOI and AXI Inspection Result Data for True Root-Cause Process Analysis for Process Improvement.
  • Omron Q-upAuto: Advanced Manufacturing Analysis Combining Q-upNavi ‘Inspection Result Data’, with ‘Manufacturing Process Data’ for High Level

VT-730H is the latest 3D-AOI technology on the market, providing the Highest-Quality Solution for tomorrows production environments.