News & Articles

New detector enables faster 4D STEM imaging, helping researchers uncover material properties with greater speed and detail

SPARC 3.0 performs measurements more than twice as fast and calibrates automatically, enabling researchers to carry out larger numbers of measurements under comparable conditions

Aiming to improve the efficiency, economics and scalability so that spent nuclear fuel can be transformed into a valuable energy resource

New instrument supports advanced materials research and quality control with faster, high-precision analysis

LITILIT highlights femtosecond lasers as a PFAS-free alternative for creating water-repellent and functional surfaces

Alfa Chemistry introduces structure-based chemical searching through a browser-based molecular drawing tool

Low-cost, 3D-printed flow battery from Queen’s University Belfast to support long-duration renewable energy storage

A single multimodal spectroscopy measurement captures what a material is made of, how it is structured, and how it mechanically behaves, with early impact on pharmaceutical analysis and potential across biomedical research and materials science

Engineers at Queen Mary University of London built a new color-changing tactile sensor, which allows robots to 'see' and touch in real-time

New platform integrates thermal, evolved gas, and electrochemical analysis for faster and more detailed battery insights

Exploring how secondary ion mass spectrometry enables high‑resolution analysis of diffusion, ion exchange, and contamination in solids

Researchers harness next-generation detectors to capture magnetic dynamics in microseconds

Oxford researcher Nina Dimova pushes pixel-by-pixel calibration and clustering to unlock nanosecond precision in particle tracking and electron microscopy

New imaging model in the PerkinElmer Spotlight Aurora family, the Aurora-I, brings powerful smart adaptive IR imaging capabilities to FTIR microscopy analysis

The TC-30 improves throughput and data confidence by addressing a critical TD–GC workflow bottleneck

TDSLab-6 series uses ITDMS to deliver accurate, repeatable hydrogen diffusivity measurement, helping researchers better assess hydrogen embrittlement in advanced materials

Anton Paar’s new generation of entry-level rheometers sets benchmark for precision and efficiency

New platform delivers faster operations, enhanced performance, and greater versatility for materials scientists, geoscientists, metallurgists, and battery developers

Advancing global operations and realigning domestic sites to strengthen the organization

In this guest article from Milestone, discover how SRC technology, with ultraWAVE systems, delivers complete dissolution with high durability, safety, and reproducibility

Under the agreement, Shimadzu will provide scientific instrumentation, in-kind financial support, multiyear service plans and specialized training and information exchange

The ECL Series works with the HPR-40 DEMS to support both fundamental and applied electrochemistry across a wide range of research areas

Momentum-resolved STEM, phase retrieval, and neural-network models are redefining how we see and measure matter down to the subatomic level

How the VACUUBRAND’S VACUU·PURE 10 and 10C dry screw vacuum pump can reduce contamination and routine maintenance for physics and materials science experiments