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Trilion Automation

Supercharge ZEISS INSPECT with our Scripting Suite

Python BASED

Simplify and automate any analysis workflow

Leverage our years of experience in scripting for the ZEISS ecosystem with our Suite of Add-ons 

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Automate your Workflow

Spend less time on learning workflows and focus on data analysis
Filter by Automation Package

t.Kit

t.Kit is a complete Scripting Toolkit built Python Wheel package providing a robust suite of classes designed to enhance scripting capabilities and reduce development within the ZEISS INSPECT software environment. It includes tools for batch processing, creating and using dialogs, building automated workflows for operators, and more, streamlining complex data handling and local testing database with CSV and INI files.

t.Suite for ARAMIS

t.Suite for Material Testing

t.Workflow

t.Snap

A custom-developed acquisition software solution tailored for digital image correlation (DIC) applications. Trilion t.Snap supports a wide array of cameras including USB, GigE, and Camera Link models, providing versatile calibration and acquisition workspaces. It integrates seamlessly with third-party DAQ systems and is capable of handling configurations from single cameras to complex setups with up to 16 cameras, offering robust conversion capabilities for sensors from a range of DIC vendors.

t.Suite for External Sensors

t.Snap

t.Sheet

This ARGUS Extension simplifies and streamlines the operational workflow for ARGUS sensors. This package reduces the number of manual clicks and applies a clear, step-by-step layout, making it easier for operators to manage sensor operations effectively.

t.Suite for ARGUS

t.Workflow

t.Thermal

A comprehensive workflow for thermal testing, integrated with ARAMIS sensors, providing direct connectivity to thermal chambers like the Sun EC1X. It includes a profile builder for creating temperature profiles and controls the measuring volume and acquisition frequency, utilizing temporal averaging to enhance accuracy and reduce noise.

t.Suite for Thermal Testing

t.Kit

t.Batch

Processing large number of files in a test campaign using tKit classes simplifies the integration of project-dependent processes and variables, such as importing sample dimensions from a local CSV database and exporting key results back into the database, enhancing efficiency and accuracy in data handling.

t.Suite for Material Testing

t.Suite for ARAMIS

t.Suite for HSV-DIC

t.Suite for Post-Testing

t.Kit

t.Calibration

Streamlines the calibration process for 3D sensors by automating file naming, managing calibration history, and replacing native import functions. Supports offline cameras with third-party image acquisition, integrating smoothly into ZEISS INSPECT Correlate.

t.Suite for ARAMIS

t.Suite for HSV-DIC

t.Suite for External Sensors

t.Kit

t.Workflow

A set of tools for creating streamlined dialogs and user interfaces, reducing complexity to essential functions for specific operations. It enhances standardization and minimizes variability in data analysis and acquisition, simplifying training and onboarding for operators.

t.Workflow

t.Suite for ARGUS

t.Suite for Material Testing

t.Drop

This unique Drop Testing Automation App drastically reduces workload for large drop campaigns to automate analysis and 6-DoF or angle/orientation measurements.

t.Suite for HSV-DIC

t.Kit

t.Batch

t.Align

t.Cine

t.Cine

Enables native support for Cine files from Vision Research Phantom high-speed cameras within the ZEISS INSPECT Correlate software. This integration allows users to import raw Cine files directly, streamlining the workflow by adding this capability to the File/Import menu.

t.Suite for HSV-DIC

t.Etcher M1

Provides a software solution workflow for precise laser etching to create consistent, high-quality patterns on parts, eliminating errors associated with manual chemical etching. It enhances data accuracy and safety by avoiding hazardous chemicals, resulting in better-quality parts and a safer work environment.

t.Suite for ARGUS

t.Assembly

Real-time Virtual Assembly Tooling (RVAT) is one of Trilion trademarked technology designed for tool-less assembly workflow that eliminates the need for physical tools by using an ARAMIS point-tracking sensor for precise component positioning. RVAT 4.0 takes the form of our t.Assembly app and supports the creation of digital twins with built-in quality assurance, recording as-built details, and offering significant speed improvements over traditional methods.

t.Workflow

t.SmartCam

Integrates external cameras into ZEISS Correlate to expand the field of view and capture qualitative images aligned with project 3D coordinates. This package allows the import of larger perspective images into native ARAMIS projects, enhancing the visualization of the test environment.

t.Suite for ARAMIS

t.AruCo

Enables the detection of AruCo markers (2D fiducial markers) to extract 6-degrees-of-freedom (6-DoF) information from 2D images. This toolkit constructs point components and local coordinate systems within a ZEISS INSPECT Correlate project, transforming 2D images into 3D data for enhanced analysis

t.Suite for ARAMIS

t.Kit

t.Snap

t.TotalRecal

Custom package originally developed for NASA, enabling rapid recalibration of multiple sensors using photogrammetry. It automates point cloud recalculation and stereo pair bundle adjustments, supporting large-scale tests with sensors mounted around extensive test articles.

t.Workflow

t.Suite for ARAMIS

t.Photoflow

Developed for a military aerospace customer, t.Photoflow is a unique ZEISS Photogrammetry Kiosk designed by Trilion and is the first of its kind worldwide to standardize a complex 100+ step process into an automated workflow. This system enhances data analysis speed and reduces user variability, ensuring consistent and efficient operations at the operator level.

Workflow Builder

Trilion Workflow Automation

Each hole to be drilled is tracked to precise CAD dimensions, even on complex 3D parts, with Smart Tools. Blind holes can be drilled precisely, relative to reference structures, in true vehicle coordinates.

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ARAMIS Automation Suite

60% faster than traditional hard tooling

QA (quality assurance) built-in

Precise positioning of components in 6-DoF (degrees of freedom)

Documenting as-built for your Digital-Twin

ARAMIS Fixed Base performing strain measurement on tensile

ARGUS

Automation Suite

The Digital Thread records the As-Built details, QA, and testing to complete the Digital Twin and store it on the RVAT Server for easy access and searchability.

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Trilion Snap

Voids, bridging and FOD can be detected before curing with our InSitu NDE during the layup to significantly improve product quality, ensuring high grade parts every time, and documenting these QA digital-threads for part validation.

Trilion Snap SVG-1

Material Test Automation

Lap/gap, twist, porosity, voids and FOD can be detected in real-time with our InSitu NDE to detect problems during the AFP layup. There they can be immediately corrected to improve product quality and efficiency while reducing waste.

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ARAMIS High-speed Automation

RVAT SmartTools allow the 3D optical tracking of standard or custom tools for precise positioning in true 3D CAD coordinates, in six degrees of freedom.

Digital Image Correlation High-Speed ARAMIS Camera system

ARAMIS

Thermal Chamber

Inaccuracies develop with the more degrees of freedom a robot has, from its head motion to the addition of linear tracks, etc. RVAT Robotrac tracks the true robot head position in real-time, directly relative to the part/tool 3D CAD/Scan.
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