SensAA spectrometer

The SensAA offers touch screen technology and true uncompromised multi-element analysis, returning the highest integrity in results at a fraction of the cost of traditional means. A large 15" colour screen allows clarity of use and also ease of inputting data and executing commands to the SensAA software. No more keyboards or mouse wires to get tangled with acidic sample solutions. Designed around simplicity, users no longer need to change lamps when changing elements, enabling seamless operation. Application Source offers dramatic savings in source lamp costs and the high intensity D2 lamp offers unrivalled lifetime performance with enhanced operation of up to 1000 hours, even at full current.

Source: GBC

Gamma Scintillation Spectrometer (Canberra-Packard, Model PCAP-Nal 2007)

The PCAP-NaI is a personal computer plug-in MCA card that contains everything needed to support an NaI(Tl) spectroscopy system. High voltage, preamplifier, shaping amplifier, gain stabilizer, ADC, and memory are all contained in a compact, ISA-bus half-length assembly. Power consumption is less than 10 W. There is no need for NIM or external stand-alone electronics. Just connect the high voltage and signal cable to the detector, boot your computer, start the Genie-2000 software, and you are ready to acquire spectral data. Using the PCAP-NaI is easy. High voltage, amplifier coarse and fine gains, ADC conversion gain and many other functions are easily controlled by the computer through software adjust screens.

Source: Canberra

Microwave Reaction System: Multiwave PRO

The Multiwave PRO microwave reaction system serves two groups: professionals in trace analysis and synthetic chemistry. The instrument delivers the high-quality solutions you need in sample preparation to obtain excellent trace analysis results even with complicated, demanding samples. In synthetic chemistry it provides neat reaction products from a broad variety of substrates in varying scales.Multiwave PRO masters high temperatures and provides comprehensive safety features. Its wide range of accessories allows digestion, parallel method development, multigram synthesis, leaching, oxygen combustion, solvent extraction, drying, evaporation, and UV digestion with one single system.

Source: Anton Paar

Gamma Scintillation Spectrometer (Canberra-Packard, Model PCAP-Nal 2007)

Inductively Coupled Plasma Optical-Emission Spectrometry (ICP-OES) is an elemental analysis technique that derives its analytical data from the emission spectra of elements excited within a high-temperature plasma. The purpose of the ICP-OES optical system is to separate element-specific wavelengths of light, emitted from the excited sample and to focus the resolved light onto the detector as efficiently as possible. The spectrometer is comprised of two sections, the fore-optics and the polychromator. When the light exits the polychromator it is focused on to the detector.

Source: ThermoFisher Scientific