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Introduction

SHINING3D Inspect is a professional inspection and metrology software. Its powerful inspection engine, equipped with PTB-certified mathematical algorithms of the highest level, accurately captures and processes data. It helps extract meaningful information from measured 3D data and generates structured measurement result reports to facilitate digital collaboration across the entire enterprise. SHINING3D Inspect can be widely applied in industries such as manufacturing, medical devices, aerospace, and more.

In addition, we also provide AutoInspect, a visual scripting tool that helps automate efficient, accurate, and repeatable inspection processes when measuring multiple parts. It enhances the inspection workflow and ensures consistent results.

Software Highlights

  • Mathematical algorithms certified by PTB

    The algorithms have passed the highest-level certification of Gauss-Least Squares Method and Chebyshev-Minimum Area Method by the Physikalisch-Technische Bundesanstalt (PTB), Germany.

  • Simple and user-friendly design that is easy to get started with

    Flexibly follow workflows and provide quick guides to make handling large data fast and simple.

  • Align in the way you desire

    Featuring user-friendly alignment tools that can cover a wide range of inspection scenarios.

  • Deviation comparison in the form of color image

    Utilize chromatogram to display model deviations and annotate data points.

  • Measure various required dimensions

    Simulate CMM or extract measurement features from CAD models, with intelligent GD&T that includes tolerance zones, and provide dimension labels based on features.

  • Automate recalculation

    Trigger recalculations by replacing measurement models, changing alignment methods, and making other adjustments on the fly.

  • Customize quality reports

    Analyze multiple inspection results and generate professional reports.

  • Automate quality control processes

    Automate the measurement workflow using scripting tools to complete tasks automatically.

Software Applications

  • Aerospace

    Inspecting the shape and dimensions of high-precision components and complex surfaces to ensure the safety and reliability of the products.

  • Medical and healthcare

    Performing 3D inspections on product designs to validate manufacturability and compliance, identifying design flaws and making improvements.

  • Automotive manufacturing

    Conducting regular 3D inspections during the production process to monitor the stability of the production line and ensure consistency in product quality.

  • Electronic components

    By using 3D scanning and measurement, transforming actual parts into digital models for purposes such as product design modifications, fault analysis, and more.