Agilent ICP-OES Instruments provides the fastest ICP-OES analysis while reducing running costs and boosting productivity.

Agilent ICP-OES Instruments for atomic spectroscopy deliver uncompromised performance, speed and ease of use in ICP-OES and ICP-AES applications.

The new Agilent 5800/5900 ICP-OES Spectrometer is available in two configurations, Vertical Dual View (VDV) and Radial View (RV). Both configurations feature the unique detection system, that delivers fast simultaneous measurement over the full 167 to 785 nm wavelength range, the vertical torch and new optical design with Freeform optical technology that enhances sensitivity and resolution.

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.

Industry-Leading InfinityLab Analytical LC Solutions

Agilent InfinityLab solutions for analytical LC include highly efficient HPLC and UHPLC systems that feature latest technology while maintaining full compatibility with legacy LC instrumentation. The 1220 Infinity II LC delivers high-quality results for an affordable price. The 1260 Infinity II LC is the flexible instrument choice for operational efficiency with the 1260 Infinity II Prime LC bringing more operational convenience. The 1290 Infinity II LC embodies the next generation of liquid chromatography with ultrahigh performance for superior outcomes.

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.

The Agilent 4500 Series Portable FTIR Spectrometers are portable analyzers that support efforts associated with at site analysis of incoming materials and outgoing finished products in the chemical, food and polymer industries. They are also ideal for proactive maintenance programs of high value equipment and machinery in construction and power production industries. Exceedingly compact, easy to use and rugged, it is a perfect match for applications that require high quality answers quickly. The combination of optics designed for reliability in non-lab environments, innovative sampling interfaces and fit-for-purpose software provides answers for liquid and solid samples at the sample site.

Extensive Portfolio of LC/MS Instruments

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

Add easy-to-use mass selective detection to your HPLC analyses with single quadrupole (SQ) LC/MSD. Achieve quantitative precision with triple quadrupole (TQ) systems that break sensitivity and size barriers. Go untargeted and see more while identifying unknowns using time-of-flight (TOF/Q-TOF) technology that delivers simultaneous accuracy, speed, and isotopic fidelity. The reliable family of Agilent LC/MS instruments provides a range of capability and performance to solve any LC/MS analysis challenge.

The TRS100 enables fast, easy to use whole tablet or capsule assay & polymorph analysis for pharmaceutical QC testing. Easier to implement than other spectroscopic methods, Agilent’s transmission Raman spectroscopy (TRS) technology allows simple method-development and deployment in QC applications.

A TRS100 system can reduce content uniformity (CU), assay, and ID tests to minutes per batch, saving significant cost and speeding up your QC workflow.

TRS100 system trays can hold up to 300 coated tablets or intact capsules, or tens of glass vials or powder samples. Sample preparation and consumables are not needed, meaning skilled analytical resource is not required. CU testing methods using transmission Raman have been approved by regulators using ICH and regulatory-authority acceptable protocols.

Solid state Analysis: The TRS100 can be used for quantitative measurement of polymorph content in intact tablets, with LOQ of 0.1-1% w/w – significantly better than XRPD. TRS can be used for residual crystallinity in amorphous API/tablet analysis.

The Agilent Vaya handheld Raman spectrometer increases raw material identity verification throughput without increasing costs by reducing the need for sampling. From clear glass vials to brown paper sacks, Vaya offers best-in-class testing through transparent containers, and transformative handheld testing through nontransparent containers – for the fastest possible release to manufacturing.

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.

Our suite of sample preparation products can help you to achieve better results from your analyses, while also extending the lifetime of your column and instrument components. Our purification and filtration products provide reliable results for repeated analyses. Our QuEChERS, solid phase extraction (SPE), solid phase microextraction (SPME), and supported liquid extraction (SLE) products ensure your samples are free of interferences, even with complex matrices.

Advanced Spectrophotometry, Optical Performance and Efficiency

Our range of powerful and productive UV-Vis and UV-Vis-NIR molecular spectroscopy systems offers options for any optical application. The Cary 60 Spectrophotometer has a unique Xenon flash lamp to enable remote sampling, while the Cary 4000 allows you to measure highly turbid solutions without an integrating sphere. The Cary 8454 photodiode array captures the complete UV-Vis spectrum (190-1100nm) in less than one second.

The first proprietary sample carrier specificial designed for the fluidlab R-300.

Acella is a proprietary sample carrier format that uses a glass substrate. Its low sample chamber heights make the acella a perfect fit for microscopic applications such as particle counting or cell classification. The acella can also be used under a fluorescence microscope or for control purposes under a normal microscope.

Key Features

• Cell Counting and Viability Measurements
• Defined Chamber Height
• Little Sample Volume
• 25 slides per box

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.

Acella sample carrier

The acella, a proprietary sample carrier format that uses a glass substrate, is the optimal multi-purpose slide for your cell counting and viability assessment. It comes in three different chamber heights (20µm, 50µm, and 100µm) to ensure the best possible results from measurements of very small and large cells or heterogeneous cell samples.

The BD 600 is a respirometric system for the determination of Biochemical Oxygen Demand (BOD). Save time, reduce the potential for errors and easily interpret data to help make process control decisions for your plant.

The AQUALYTIC® COD VARIO set-up allows highly sensitive and precise water testing with minimum effort. It measures the ST-COD concentration by photometric detection employing a linear relationship between absorbance and concentration.

The AL15 combines the features of several electrochemistry meters. It is designed for multi purpose operation and measures pH/Redox, dissolved oxygen and conductivity/TDS. The AL15 incorporates an intuitive user interface, large, easy to read display and is supplied with a sturdy handy case with electrodes, buffer solution and accessories.

The TC series of thermostatically controlled cabinets is used for continuous temperature control over a range of 2 °C to 40 °C. This makes them ideal for a wide range of different applications in industrial and research laboratories. In particular they are ideal for the temperature-controlled
storage of samples or BOD determination in effluent analysis work.

The compact AQUALYTIC® infrared turbidity meter AL250T-IR is designed to allow fast, precise on-site testing. The unit measures the scattered light at an angle of 90°, as stipulated in EN ISO 27 027. The wide measuring range from 0.01-1100 TE/F = NTU = FNU makes the instrument suitable for various applications, ranging from drinking water to waste water.

As infrared light is used for measurement, the instrument can be used to test both coloured and colourless liquids. Calibration standards are also supplied. An alternative adjustment mode allows entry of user-defined turbidity standards.

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 Fluid Friction Measurements unit provides facilities for the detailed study of fluid friction head losses which occur when an incompressible fluid flows through pipes, fittings and flow metering devices. The unit is designed for use with the Armfield F1-10 Hydraulics bench.

Armfield through their CE range of products offer the most compreshensive, diverse and technically current group of products of any manufacturer, bringing both basic principles and complete unit operations to the modern educational laboratory.

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.