View the on-demand webinar library for tips and tricks, shortcuts, and key updates to keep you in the loop.
Part 1: Mesh Compensation: A Revolutionary Approach to Reshaping Deformed Parts
This insightful webinar delves into the transformative solutions for one of the most pressing challenges in Additive Manufacturing - dealing with part distortions. Discover how to seamlessly integrate metrology and manufacturing to create a compensated mesh, ensuring precision and quality in your manufacturing process.
Part 2: Paint & Segment: Taking Advantage of the Power of Machine Learning
Watch the exclusive webinar presented by Hexagon Volume Graphics, focusing on the revolutionary Paint & Segment Tool. Dive deep into how machine learning is changing the game in material segmentation, making what was once a time-consuming task quick, efficient, and highly accurate.
Part 3: Fiber Analysis: Getting Answers to Complex Questions Concerning Internal Structures
In a field where precision and innovation are paramount, Hexagon Volume Graphics leads the charge in unveiling the intricacies of composite materials through advanced fiber analysis. Watch this webinar designed to shed light on critical challenges and cutting-edge solutions in the realm of composite material inspection.
Part 4: Porosity Inclusion Analysis: Investigating VOXEL Datasets for Internal Discontinuities
Are you facing challenges with internal and surface voids and inclusions? Learn how to effectively quantify and qualify porosity inclusions, optimize your materials and processes, and understand their impact on mechanical integrity.
Part 5: Adaptive Measurement Templates: Minimizing Measurement Effort When Parts are Significantly Deformed
In the world of manufacturing and design, discrepancies between designed specifications and the actual product can significantly impact your workflow and production costs. When dealing with deformed parts, these challenges only escalate, often leading to increased measurement costs and time-consuming reworks.
Part 6: Getting the Max from VGSTUDIO: Highlights of Recent Upgrades
Did you know VGSTUDIO MAX releases an upgrade quarterly? With your Service Maintenance Agreement, you have access to these continuous updates! Watch this exciting webinar to discover the latest enhancements and learn how to upgrade today.
Part 7: Super Charge Your Analysis with Hexagon Volume Graphics Battery Analysis Module
Are you looking for a Reliable Inspection Method for Anode Overhang of Batteries? Get FIRST CLASS early defect detection for any battery type during various stages of the production process!
Part 8: No CAD? No Problem! Convert Objects into CAD models with Reverse Engineering in VGSTUDIO MAX!
Discover how the Reverse Engineering Module in VGSTUDIO MAX can transform your workflow by converting CT scans into precise CAD models—even without existing CAD data!
Part 9: Volume Merging with VGSTUDIO MAX Coordinate Measurement Module
Do you need to align and stitch volumes together for seamless visualization? Watch this webinar to discover how the VGSTUDIO MAX Coordinate Measurement Module can streamline your workflow by merging multiple data sets into a single volume for comprehensive analysis.
Part 10: Save Time and Energy with VGSTUDIO MAX Reporting Features
Maximize efficiency and elevate your analysis with VGSTUDIO MAX’s powerful reporting tools! Join us to explore how to streamline reporting and customize templates for professional Failure Analysis Reports. Discover new ways to export reports, including interactive HTML, to share detailed insights with your team or clients.
Part 11: Getting the Max from VGSTUDIO: Splitting ROI’s
Discover how to revolutionize your multi-part CT scanning workflow with Volume Graphics! This webinar dives into the powerful features of VGSTUDIO MAX’s Split ROI function, designed to increase throughput, improve reliability, and enhance yield.
Part 12: Getting the Max from VGSTUDIO: Fixture Simulation
Join us for an online seminar and discover how VGSTUDIO MAX Fixture Simulation can transform your workflow. Learn to virtually replicate assembled states, eliminate the need for custom clamping devices, perform precise analyses, and automate processes to achieve unmatched efficiency.