#Japan #Tokyo #Sigray #JFE Tech Research #ApexHybrid-210TM

Introduction

In the rapidly advancing field of material sciences, the need for accurate and non-invasive analysis tools is crucial. JFE Tech Research is addressing this need through the integration of the ApexHybrid-210TM, a state-of-the-art hybrid nano 3D X-ray microscope developed by Sigray, Inc. This collaboration aims to enhance research and development efficiencies while improving product quality, especially in industries dealing with complex materials like all-solid-state batteries and semiconductor packages.

The Role of ApexHybrid-210TM

The ApexHybrid-210TM represents a significant leap in non-destructive analysis. Unlike traditional methods, which often require cutting through materials, this innovative instrument utilizes two advanced modes of operation: Precision Angle Laminography (PAL) and orthogonal incidence mode. These features allow for high-resolution imaging of samples up to 300mm in diameter and 20mm in thickness, providing clear visualizations without the need for physical alterations to the sample.

One of the notable advantages of the PAL mode is its ability to explore internal structures with remarkable speed and precision, facilitating a deeper understanding of material properties and defects. This capability is essential for industries pushing the boundaries of performance and miniaturization in their products.

Enhancing Research and Development

JFE Tech Research began the practical deployment of this technology in January 2026, following an exclusive sales agreement with Canon Marketing Japan. The use of the ApexHybrid-210TM facilitates not only a more thorough characterization of materials but also supports the ever-increasing demands for multi-layered and complex material structures prevalent in electronic devices and energy storage technologies.

By offering rapid non-destructive analysis, JFE aims to streamline the development cycle significantly. It enables researchers to visualize and assess the intricate internal geometries of materials such as all-solid-state batteries, where the sub-micron structural differences can directly influence performance metrics.

Case Studies and Demonstrated Capabilities

Battery Applications

1. Internal Defect Detection in Solid-State Batteries:
JFE Tech Research utilized the ApexHybrid-210TM to visualize micro-cracks within a fabricated sulfide-based all-solid-state battery. Using the orthogonal incidence mode, researchers confirmed crack propagation from the positive to the negative layer with visible clarity down to cracks measuring less than 2μm.

2. High-Resolution Imaging in Lithium-Ion Batteries:
Another application involved high-resolution observation of graphite anodes in traditional lithium-ion batteries, achieving a voxel size of 0.09μm. This level of detail allows for the detection of structural nuances that influence battery longevity and efficiency.

Non-Destructive Evaluation in Electronic Devices

1. Hybrid Bonding Structures:
In testing advanced electronic packaging, the apex mode successfully imaged the bonding structures of CPU substrates, capturing intricate details of wire connections that are less than 2μm wide. This capability highlights potential applications in evaluating increasingly complex assembly techniques.

Future Prospects

Looking ahead, Canon Marketing Japan aims to expand the availability of the ApexHybrid series to meet growing analytical demands. With a goal of selling over 30 units by 2030, both companies are poised to contribute significantly to innovations within the industry.

The insights gained from the ApexHybrid-210TM will not only enhance product quality but will also empower manufacturers to reduce development time while ensuring rigorous quality assurance protocols are met. JFE Tech Research remains committed to leveraging this technology for transformative impacts across various sectors including batteries, electronics, and composite materials.

Conclusion

The partnership between JFE Tech Research and Sigray emblemizes a forward-thinking approach to non-destructive analysis technology, promising to revolutionize how materials are evaluated and developed in the age of high-performance requirements and reduced environmental impact. As both companies innovate and adapt to market needs, the future of material analysis looks bright with the ApexHybrid-210TM leading the way.