Application Notes: General

Discover how NexION 2200 ICP-MS enables accurate, high‑throughput monitoring of nutritional and toxic elements in plant‑based foods, supporting safety, labeling, and compliance.

Advances in Environmental Analysis: Techniques, Insights, and Applications

Ensuring the safety of drinking water is a critical public health priority shaped by increasingly stringent global regulations. This eBook provides a focused guide to meeting the requirements of EU Directive 2020/2184, outlining advanced analytical strategies for detecting a wide range of contaminants, from persistent organic pollutants and disinfection by-products to trace-level metals. The directive sets ambitious monitoring and quality standards designed to protect public health across increasingly complex water systems.

Hamamatsu’s imaging solutions assist agri-food tech meet increasing demand and sustainability goals through non-invasive, real-time quality and safety inspection.

The recent EU ban on the use of cadmium (Cd) has lead to the emergence of solid state laser alternatives for UV Raman spectroscopy. This white paper compares these lasers.

In this tech note, we explore and compare three different drop-in spectrometer models designed to serve a wide range of resolution, dpeth, and size requirements for NIR OCT.

Analyze complex materials and get precise calculations of mass losses, enhancing materials research efficiency

Simple yet powerful analysis of recycled polyethylene to efficiently determine key thermal properties vital for superior material quality outcomes.

Analyze recycled polyethylene to improve your PE quality using a swapple-furnace DSC operating the broadest temp range at its price point and high-throughput autosampling.

How consumer safety is achieved through regulated, robust and accurate packaging analysis using GC, LC and FTIR developed over years of industry experience.

Step-by-step infographic guide taking you through a useful selection criteria for analytical testing solutions best matched to your lab and research needs.

This application note shows how IR and Raman imaging work together to reveal chemical structure in multilayer polymer composites.

Maintain iron levels within WHO guidelines (0.3 mg/L) using LAMBDA 365+ UV/Vis - critical for preventing bacterial growth and ensuring water safety

Analytical instruments such as LAMBDA 365+ UV/Vis are used to assess that a certain product meets required pharmacopoeia specifications.

Engineered for optimal diffuse light detection and an extended spectral range into the NIR, choose LAMBDA 1050+ to evaluate transparent and translucent materials.

Analysis of Nitrate-Nitrogen in Water Using LAMBDA 365+ Spectrometer and Manual Sipper Accessory

UV/VIs/NIR optical characterization of plasmonic titanium nitride (TiN) nanohole arrays (NHAs) using angle-dependent reflectance spectroscopy.

This accessory enables precise measurement of reflectance at a fixed 6° angle, making it indispensable for industries like solar energy, semiconductors, and optics.

This method accurately measures UVA and UVB transmittance in textiles, providing precise Ultraviolet Protection Factor assessments.

With improved factory calibration and measurement algorithms, labs can measure high-concentration samples without dilution. Acclaro Pro combines intuitive operation, flexible software control, and robust data integrity—offering confidence, compliance, and efficiency in every measurement.

By leveraging the NanoDrop Ultra’s microvolume pedestal, this protocol reduces assay volumes from 200 µL to as little as 20 µL while maintaining exceptional accuracy and reproducibility across a 0.2–10 ng/µL range.

Accurate, reproducible dsDNA and RNA quantification from 10–1000 ng/µL using 1–2 µL samples with NanoDrop Ultra FL—fast, precise fluorescence measurement.

Submicron optical photothermal infrared (O-PTIR) spectroscopy is transforming particulate and aggregate analysis in biopharmaceuticals by delivering true IR and Raman chemical specificity below the diffraction limit. This paper explores how O-PTIR overcomes long-standing challenges associated with FTIR, Raman, and fluorescence techniques, enabling high-resolution, artefact-free characterization of complex protein and polymeric particulates. Real-world case studies demonstrate how simultaneous IR+Raman measurements reveal chemical heterogeneity and insights critical for reducing immunogenicity in advanced therapeutics.