Malvern Panalytical Products & Reviews

Epsilon 1 is an ideal analytical solution. The instrument is pre-calibrated in the factory and is an out-of-the-box solution for the analysis of low sulfur content in fuels in compliance with ISO 13032.  Epsilon 1 gives you precise and accurate data with minimal sample preparation and no need for using helium. This keeps the total running cost to a minimum.

Developed to deliver the highest levels of robustness, unmatched productivity, and superior-quality results, FORJ™ is a game changer for sample prep by fusion. Whether your analysis is based on X-ray fluorescence (XRF), inductively coupled plasma (ICP), or atomic absorption (AA), FORJ is an essential link in your analytical chain.

Robust size performance with advanced software, the smartest way to measure particle size.

X-ray diffractometer for ultra-fast crystal orientation.

Ultra-fast, automated crystal orientation in a compact package.

Ultra-fast, flexible crystal orientation in a compact package.

Fast, precise and fully equipped: your wafer end control solution.

Your integrative wafer orientation solution.

Fully automated in-line orientation and handling of ingots, boules, and pucks.

Revontium™ is a compact X-ray fluorescence (XRF) spectrometer that delivers high-quality elemental analysis in a compact, tabletop format. It bridges the performance of floor-standing XRF and the versatility of table-top instruments. Compact XRF offers a smaller physical and environmental footprint. Its cost of ownership can be more than 25% lower due to reduced need for consumables, extensive sample preparation, and maintena…

World’s most widely used particle size analyzers: The smartest way to measure particle size. The Mastersizer 3000+ Ultra is latest version of the Mastersizer 3000 which received the platinum Seal of Quality award. 

Empowering scientists, one automated test at a time - Zetasizer Sample Assistant make it possible for Zetasizer Advance users to generate more measurements of particle size, zeta potential, and particle concentration per day, while reducing the need for supervision. This increased automation will improve productivity and reliability in targeted drug delivery and viral vector research.