High Resolution scanning
We’re excited to introduce the latest Advanced Module for the Neptune industrial CT scanner: the High Resolution (HR) scanning feature. Unlock a new level of precision to capture, analyze, and understand intricate details like never before.
1. Enhanced CAD Comparison for unmatched detail
With High Resolution, CAD Comparison becomes an even more potent tool in your arsenal. HR enables you to not only identify miniscule deviations in your manufactured part but also measure them with accuracy. Generate highly precise mesh models from scan data, perfect for applications relying on intricate shapes and surfaces.
2. Unveil subtle defects with Porosity Analysis
High Resolution unleashes the potential for detecting pores on a scale ten times smaller than before. Dive into Porosity Analysis to witness remarkable improvements in defect identification. HR visualizes larger pores with unprecedented detail, while smaller ones that may have previously eluded notice are now brought into focus. With High Resolution, the sphericity and nearness to the surface of internal voids is clearer than ever before.
3. Unravel battery layer complexities with fine-feature analysis
For battery engineers, fine-feature analysis has never been more insightful. High Resolution brings the internal layers of batteries to life, allowing you to delve into intricate details that play a critical role in performance. Understand the nuances of anode and cathode layers, detect anomalies, and scrutinize layer alignment. By visualizing these fine features, you can optimize designs, troubleshoot issues, and elevate battery performance.
Whether you’re advancing battery technology, perfecting packaging, or ensuring quality in intricate components, HR scanning is your path to precision. It supports engineers in uncovering the smallest anomalies for effective failure analysis and contamination detection.
Our HR module empowers you to optimize designs, uncover nuances, and make informed decisions with confidence. Sharpen your scanning capabilities today.