2026

MCT Series Micro Compression Testing Machine

Contributing to R&D for Carbon Neutrality and Related Fields through Micron-Level material evaluation

In recent years, there has been an increase in strength testing of particles with new materials and new structures used in research, such as for electric vehicles (EV) being used to achieve a carbon-neutral society. Since micro compression testing machines can evaluate materials down to the micron level, they are often used to measure electrode active materials, all-solid-state batteries, conductive particles, and electronic component spacers. Previously, operators had to visually check each particle on the sample stage, which resulted in requests for reducing the burden on operators and for increasing the number of particles that can be successively measured.
The MCT-210AD and MCT-211AD are high-end models in the MCT series of micro compression testing machines. These new models are the first in the industry able to perform “multi-point successive measurement,” which successively measures multiple particles in order of highest conformance by automatically selecting particles with the specified size from among multiple sample particles. Therefore, they can reduce labor requirements for measurement operations by reducing the time and trouble involved. The testing machines support R&D and quality control for metals, rechargeable batteries, electrode materials, and chemical products. They can detect particles scattered over a large area of the sample stage, list them in descending order of conformance to the specified particle size or other criteria, and then automatically measure them. When measurements are finished, the testing machines automatically clean off any particle debris clinging to parts.

• Automatically Extracts and Lists Candidate Specimens from Groups of Sample Particles
• Up to 100 Particles can be Tested Consecutively
• Achieves Automated Indenter Cleaning

Nexis GC-2060 Gas Chromatograph

The Culmination of 70 Years of GC Development, Featuring Detectors with World-Class Sensitivity

GCs are widely used analytical instruments in research and development and quality control across fields such as chemistry, pharmaceuticals, energy, food, and environmental. In recent years, demand for gas analysis has grown significantly, driven by the development of new energy technologies and ongoing Green Transformation (GX) initiatives aimed at achieving carbon neutrality.
The Nexis GC-2060 gas chromatograph is the flagship model in its gas chromatograph (GC) lineup. Featuring detectors that deliver world-class sensitivity, it offers high analytical performance, reduces operational complexities for users, and enhances analysis efficiency through intuitive workflow support functions and reduced maintenance time. The Nexis GC-2060 supports both routine and ad-hoc analyses through a range of workflow support functions tailored to operational needs – from automating analytical tasks to on-demand operation that analyzes exactly what is needed, when it is needed. Productivity is further enhanced by a sample injection port and column oven capable of rapid heating and cooling, detectors that stabilize quickly at startup, and maintenance features designed for ease of use, all of which help to maximize uptime and productivity

• High-Speed Trace Analysis with Detectors Offering World-Class Sensitivity
• Improved Operational Efficiency Through Simple Operations
• Continuously Evolving Expandability

Nexera X4 Ultra High Performance Liquid Chromatograph

Next-Generation Model Offers both Industry-Leading Separation Performance and Ultra-Fast Analysis

In the pharmaceutical and other analytical fields, there is an increasing demand for highly reliable analysis that reliably separates and detects components to be measured from impurities. The Nexera X4 ultra high performance liquid chromatograph system combines the industry's highest level of separation performance with ultrafast analysis, contributing to improving the quality and speed of R&D and quality control operations.
The Nexera X4 is a next-generation UHPLC that inherits the technology developed in the Nexera series. The industry-leading low-diffusion design delivers sharp peaks and unprecedented separation performance. In addition, the state-of-the-art fluid control technology provides high liquid flow stability even during high-speed analyses under ultra-high pressure, increasing laboratory productivity by up to 14 times. Shimadzu intends to use this product to improve the productivity of various analytical sites, including those in the pharmaceutical field, and to contribute to the acceleration of R&D and quality assurance activities worldwide.

• Enhanced Separation Performance with Reduced Peak Broadening
• Higher Laboratory Productivity with Ultra-Fast Analysis
• Reduced Solvent Consumption

Nexera IC Ion Chromatograph

Enables Reliable Water Quality Analysis for All Users and Reduces Workload through Smooth Operation

Ion chromatographs, used for quantitative analysis of ionic substances, are well-suited for testing the quality of tap water, environmental water, and other water samples in accordance with regulations. Despite its compact size, the Nexera IC offers user-friendly operation and easy maintenance to support routine workflows at water utilities and contract laboratories.
The Nexera IC features automatic dilution of high-concentration samples, helping users operate the system intuitively while eliminating the need for repeat analyses and reducing downtime. Dedicated IC Solution Software (optional) enables quick and easy identification of abnormal values, while IC Support assists with daily tasks, making routine analyses easier to perform. The software provides interactive features that explain basic analytical and maintenance procedures and offer troubleshooting support. Its compact, maintenance-friendly design allows parts to be replaced easily.​

• Compact instrument and Improved Maintainability
• Easy-to-Read Interface that Helps Prevent Oversight of Abnormal Values
• Improved Operational Efficiency through Automation