The Agilent 8700 Laser Direct Infrared (LDIR) chemical imaging system provides a sophisticated new approach to chemical imaging and IR spectral analysis. Designed to be used by both experts and nonexperts alike, the 8700 LDIR provides a simple highly automated approach for obtaining reliable high-definition chemical images of constituents on surface.

Using the 8700 LDIR, you can analyze more samples, in greater detail, in minutes vs. hours. This robust solution provides you with more statistical data than ever to aid in the compositional analysis of tablets, laminates, tissues, polymers, and fibers. With more meaningful information available, you can make more informed, faster decisions in product development reducing both costs and analysis time.

Agilent’s Gas Chromatography (GC) systems provide proven reliability, high sample throughput, and high performance for separation and analysis of compounds. These benchtop, on-line, and portable GC systems provide laboratories with increasing analytical performance, reduced cost of ownership, and decreased capital expenditure investing. From flexible, research-grade GC instruments to robust, routine GC analyzers, Agilent offers a GC solution to meet your demands.

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.

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

In HPLC, components of a mixture are carried through the stationary phase by the flow of a mobile phase and separation is based on differences in migration rates among the sample components. Therefore, the nature of your analytes defines not only the method but also the HPLC system.

The new award winning Postnova TF2000 Thermal FFF Series was invented to become the first professional modular Thermal FFF system available. It is completely integrated by the NovaFFF single software platform which runs the entire system from autosampler to detectors.

AF2000 MF High Temperature Flow FFF Thermostat Module with integrated autosampler, channel and detector oven compartment and electronics unit, for advanced separation and characterization of polyolefin polymers, such as Polyethylene and Polypropylene. Temperature Range: Ambient to 220°C; Molar Mass Range: 10e3 to 10e12 Da; Particle Size Range 1 nm to 1000 nm. System comprising of one single integrated chassis inclunding moveable high temperature autosampler rack (25 sample vials, 5 mL volume) in lower system section, high temperature oven compartment for Flow FFF channels and detectors in the upper section, large top door for easy opening and access to channel and detectors as well as control electronics in the back part of the instrument and special Thermostat Control software connected to and running automated with NovaFFF. System can be equipped with various online high temperature detectors, which have to selected optional, such as High Temperature Infrared (HT-IR), Refractive Index (HT-RI), Multi-Angle Static Light Scattering (HT-MALS) and Viscometry (HT-VISCO). Additional Required Components: 1) High Temperature Flow FFF channel cartridge; 2) High Temp IR and/or additional detectors; 3) Control PC for NovaFFF and Thermostat Control software.