Agilent’s portfolio of LC/MS instruments takes the versatility of HPLC separation to another level with the sensitivity and specificity of mass spectrometry.

The RapID system is the next generation in portable Raman raw materials ID verification, extending high-throughput spectroscopic analysis through clear packaging to nontransparent and colored containers.

ID testing of materials in opaque containers can create a bottleneck in pharmaceutical manufacturing. A dedicated sampling area is needed to open, sample, test and re-seal each container to verify the content’s identity.

Vaya improves current testing protocols—from low volume sampling to 100% ID testing— and if regulators require more testing in future, you can move to a higher-throughput process without any additional equipment. The system combines conventional Raman with unique spatially offset Raman spectroscopy (SORS) for maximum sample/container compatibility. With a dedicated raw material identity testing workflow, Vaya is fast, fully compliant, easy to deploy and simple to use, requiring minimal training or operator skill.

Agilent’s portfolio of LC/MS instruments takes the versatility of HPLC separation to another level with the sensitivity and specificity of mass spectrometry.

The first device that combines Cell Counting and Spectrometry

Combining a full-fledged spectrometer with an automated cell counter, a variety of analyses such as absorbance, scatterlight and time-series measurements, automated cell counting and staining-free viability measurements can be performed. The intuitive handling and precise measurements make the fluidlab R-300 the laboratory instrument of the future.

The AL15 combines the features of several electrochemistry meters. It is designed for multipurpose operation and measures pH/Redox, dissolved oxygen and conductivity/TDS.

The Armfield C15 is a new computer-controlled subsonic benchtop wind tunnel designed for undergraduate teaching. A small, benchtop wind tunnel, with visible working section. A wide range of accessories and instrumentation options are available, allowing a comprehensive study of subsonic aerodynamics. The facility is suitable for undergraduate training and project work.

The Armfield CEXC family is a range of chemical reactors specifically developed for the teaching and demonstration of chemical reactor capabilities to chemical engineering students. Real chemical reactions take place within the reactors, and Armfield have developed a number of representative reactions which are easy and safe for students to use in the laboratory environment. This range of small-scale chemical reactors comprises five units, which represent the types of reactors found in the industry. Three of the reactors mount on a common bench top service unit (CEXC) whilst the other two are free-standing. PC based educational software is included along with the necessary interface device to provide computer control, automatic logging of data and analysis of results. Reactors comprise: Plug Flow, Laminar Flow, Stirred Tank, Tubular and Batch reactors.