Nikon IMBU has released AI Reconstruction, a 3D computed tomography (CT) reconstruction software solution powered by artificial intelligence that lifts the traditional trade-off between scan speed and image quality.

By applying Deep Learning techniques to enhance image quality, Nikon’s breakthrough technology enables rapid results and superior analysis. Traditionally, CT users have had to pick between fast, lower-quality scans or slow, higher-quality scans. If scans are quick, important details can be missed. If scans are slow, fewer items can be scanned.

AI Reconstruction lifts these limits through AI enhancement tailored to individual customer needs by Nikon’s Applications Engineering team. The Deep Learning modeling underpinning AI Reconstruction is trained to distinguish relevant information from the scan artifacts to effectively filter noise and improve clarity.

Examples of where this technology will demonstrate a profound impact include the automotive, aerospace and manufacturing sectors, as well as the medical device industry. In these sectors and others, meticulous quality control via precise metrology is essential for product safety.

Through rigorous trials, Nikon’s breakthrough technology has been validated to provide dependable performance. It offers flexible integration with leading analysis packages for reliable inspection of the most challenging component geometries.

AI Reconstruction has been designed to comply with the European Union’s Ethics Guidelines for Trustworthy Artificial Intelligence. These guidelines propose seven key requirements for trustworthy AI systems: human agency and oversight, technical robustness and safety, privacy and data governance, transparency, diversity, non-discrimination and fairness, societal and environmental well-being, and accountability.

Nikon’s new AI solution is built on the same technology as Nikon’s LiB.Overhang Analysis, released in 2023. Although they both use Deep Learning AI, their goals are different. LiB.Overhang Analysis is a dedicated analysis solution that enables fast, precise, and consistent CT inspection and analysis of anode overhang in lithium-ion batteries (LiBs) during mass production.

By automatically analyzing the 3D CT scan data using AI, LiB.Overhang Analysis can accurately measure the critical dimensions of anode overhang regions in LiB cells to ensure they are within the required tolerances for optimal battery performance and safety.

Nikon’s AI Reconstruction is provided as a tailored service drawing on the company’s expertise in meeting specific customer needs. An experienced Nikon Applications Engineer partners directly with each client to train an accurate model using samples from a target workflow.

AI Reconstruction’s launch will see Nikon focus on LiB cell production, where the company is already a leading partner for many manufacturers.

Nikon is already proactively contacting existing customers to explain AI Reconstruction’s benefits. New customers should contact their local Nikon Metrology representative to arrange an introductory call and in-person demo.

Nikon Metrology, Inc.