The development of the MX series of moisture analyzers has shown us that to succeed in existing markets it is crucial to challenge the status quo, pursue the necessary performance standards and underlying needs of products, and propose concrete solutions.

High performance, multi-functional platform scale for standard industrial applications. Improve efficiency in your weighing process with fast stabilisation times and built-in LED lights for quick comparator judgments.

The 708-DS Dissolution Apparatus is designed for reproducibility and ease of qualification, and is the ideal platform for standardizing dissolution testing. The rugged, yet versatile, instrument minimizes external variable influences and conforms to the USP Performance Verification Test (PVT) and enhanced Mechanical Qualification (MQ) standard recommended by the ASTM and FDA. The 708-DS can be configured for use with baskets (Apparatus 1), paddles (Apparatus 2), paddle over disk assemblies (Apparatus 5) and rotating cylinders (Apparatus 6), and can accommodate vessel sizes from 100 mL to 2L.

The Agilent 5500 Series FTIR Spectrometers are designed for one purpose to provide you with great results rapidly and reliably day after day. The combination of great performing optics, innovative sampling interfaces and intuitive software provides information on liquid and solid samples faster and easier than ever before.

The Agilent Cary 630 FTIR spectrometer is a flexible benchtop FTIR instrument offering high performance and extraordinary ease-of-use in an ultra-compact design. It is engineered with the user in focus and provides simple, intuitive workflows to deliver meaningful answers in routine FTIR spectrometer analysis and cutting-edge research.

Agilent’s GC consumables provide the reliability your lab needs, while adding innovative functionality and performance to improve your scientific outcomes. Our precision engineered GC supplies ensure reproducibility of results and dependable performance, regardless of your instrument platform. We offer a wide range of GC accessories and GC/MS supplies specifically designed and optimized for your instrument, including ferrules, nuts, tubing, inlet liners, syringes, and septa.

Agilent InfinityLab Poroshell 120 superficially porous columns for reversed-phase LC separations offer exceptional efficiency and reliability. Eleven chemistries – from a C18 column to unique chemistries – are available in up to three particle diameters: 1.9 µm, 2.7 µm, and 4 µm. This range of chemistries provides a broad choice of selectivity for scalable LC method development, from traditional HPLC to UHPLC and to ultralow dispersion UHPLC.

InfinityLab Poroshell 120 columns are based on superficially porous particle technology, which features a solid silica core and a porous outer layer. Compared to traditional totally porous particles of the same (or similar) size, Poroshell particles deliver higher chromatographic efficiencies and enable fast, highresolution separations. Poroshell superficially porous particles offer several advantages over totally porous particles: – Uniform particles with smooth surfaces, ensuring smaller particle size distributions – Short analyte diffusion path in/out of the porous layer – Narrow particle size distributions, allowing more uniform packing of column particles.

The Agilent 4210 MP-AES has high sensitivity, detection limits down to ppb levels and is faster than conventional flame Atomic Absorption (AA) for a typical multi-element analysis. Best of all, the Agilent 4210 MP-AES runs on air instead of combustible gases.

The safest, most cost-effective, flexible analysis with Agilent MP-AES systems

Agilent’s industry-leading microwave plasma-atomic emission spectrometer (MP-AES) systems are powerful, cost-efficient and easy-to-use for a wide range of applications from routine analysis to complex precious metals analysis. By running on air, Agilent MP-AES systems both cost less and are safer than alternative methods that rely on flammable gases. The innovative Agilent 4210 MP-AES system offers higher sensitivity and faster throughput capabilities than flame atomic absorption.