Core Concepts
The author presents a dataset of over one thousand CT scans of battery cells to address manufacturing variability and defects, crucial for quality control in battery technology.
Abstract
The dataset includes various chemistries and form factors, allowing observation of manufacturing variability and defects. The data is accessible on Figshare with detailed instructions due to its large size. The study aims to enhance battery quality control through CT scanning technology.
The content highlights the challenges faced by traditional CT scanning methods in high-volume manufacturing. By providing a comprehensive dataset, the authors aim to enable rapid acquisition and analysis of battery cell scans. The dataset's value lies in its ability to study lithium-ion and sodium-ion batteries' manufacturing quality and develop new computer vision routines for inspection.
Stats
The dataset contains 1,015 commercially available batteries.
The scans were collected using an industrial X-ray computed tomography system.
Data was processed using Glimpse's proprietary scan processing software.