Bruker Corporation (Billerica, Massachusetts) has acquired Anasys Instruments Corporation, a privately held company that develops and manufactures nanoscale infrared (nano IR) spectroscopy and thermal measurement instruments such as atomic force microscopy and white-light interferometric 3D microscopy.
Bruker Corporation (Billerica, Massachusetts) has acquired Anasys Instruments Corporation, a privately held company that develops and manufactures nanoscale infrared (nano IR) spectroscopy and thermal measurement instruments such as atomic force microscopy and white-light interferometric 3D microscopy. The acquisition extends Bruker’s portfolio of Raman and Fourier-transform IR (FT-IR) spectrometers and its nano-scale science instruments.
Anasys, headquartered in Santa Barbara, California, provides products used for nanoprobe-based thermal and infrared measurements. The company’s nanoIR products are used by academic and industrial scientists, by engineers in soft-matter and hard-matter materials science, and in life science applications. Recently, Anasys introduced 10-nanometer resolution nanoIR imaging.
Mark R. Munch, president of the Bruker Nano Group, said the company is excited to add this high-growth area to its portfolio of nanoscale microscopy and spectroscopy measurement products. “There are tremendous application and technology synergies that will benefit our customers,” he said.
“We are very happy to have found a company like Bruker to take the business to the next level,” said Roshan Shetty, cofounder and former CEO of Anasys.
The fifty-five-year-old Bruker Corporation has more than 6000 employees at over 90 locations on five continents. The company provides technological solutions for life science molecular research, applied and pharmaceutical applications, microscopy, nano-analysis, and industrial applications. Bruker products include systems for cell biology, preclinical imaging, clinical phenomics and proteomics research, clinical microbiology, and for molecular pathology research.
How Satellite-Based Spectroscopy is Transforming Inland Water Quality Monitoring
Published: April 29th 2025 | Updated: April 29th 2025New research highlights how remote satellite sensing technologies are changing the way scientists monitor inland water quality, offering powerful tools for tracking pollutants, analyzing ecological health, and supporting environmental policies across the globe.
Chinese Researchers Develop Dual-Channel Probe for Biothiol Detection
April 28th 2025Researchers at Qiqihar Medical University have developed a dual-channel fluorescent probe, PYL-NBD, that enables highly sensitive, rapid, and selective detection of biothiols in food, pharmaceuticals, and living organisms.
The fNIRS Glossary Project: A Community-Sourced Glossary of Key Terms
April 28th 2025Established to develop a community-sourced glossary covering key functional near-infrared spectroscopy (fNIRS) terms, including those related to the continuous-wave (CW), frequency-domain (FD), and time-domain (TD) NIRS techniques, the fNIRS Glossary Project features over 300 terms categorized into six key domains: analysis, experimental design, hardware, neuroscience, mathematics, and physics. It also includes abbreviations, symbols, synonyms, references, alternative definitions, and figures where relevant.