EDS X-ray microanalysis system
06 April, 2009 | Thermo Fisher Scientific
The Thermo Scientific Noran System 7 advanced EDS X-ray microanalysis system is equipped with a high throughput pulse processor, spectral imaging capability and a sophisticated software suite. Noran System 7 is claimed to be the fastest complete EDS X-ray microanalysis system available on the market. The system produces accurate and dependable results in just a few seconds, accelerating the microanalysis capabilities of modern electron microscopy laboratories.
Yeast and moulds enumeration
06 April, 2009 | bioMerieux Australia
The Tempo YM automated quality indication system has been designed as a rapid solution for direct enumeration of yeast and mould in food samples.
Dissolved oxygen meters
06 April, 2009 | Thermo Fisher Scientific
The Thermo Scientific Orion Star series of portable optical dissolved oxygen meters includes the single-parameter 3-Star RDO meter, the dual-parameter 4-Star pH/RDO meter and the multi-parameter 5-Star pH/RDO/conductivity meter.
Bioimaging workstation
06 April, 2009 | Olympus Australia Pty Ltd
The FSX 100 workstation allows for the acquisition of transmitted light, phase or fluorescence images, and features auto exposure and focusing for simple operation.
PID temperature controllers
06 April, 2009 | Practical Control Solutions
Sanup Electrical Company has released the SDU line of PID temperature controllers.
Nanostructure analysis
06 April, 2009 | Metrohm Australia & New Zealand
The Anton Paar SAXSess is a small-angle X-ray scattering (SAXS) instrument that can be used to analyse nanostructures present in all different kinds of samples, from liquids (eg, colloids, protein solutions) to solids (eg, polymer films, nanocomposites). It adds precision to scientific investigation and reliability to industrial analysis.
Rapid ashing systems
06 April, 2009 | Ai Scientific Pty Ltd
The Phoenix line of microwave-powered muffle furnaces can be used to ash samples in minutes. Available in two configurations with a variety of options, the system offers a choice of either a high-temperature furnace, reaching 1200°C, or a high-capacity furnace, reach 1000°C.
Spectrometry analysis software
06 April, 2009 | B-R Controls Pty Ltd
The Applied Analytics Eclipse Process 10 online analyser software has improved control over the detection system compared to previous versions, allowing for instantaneous user interface response. Simultaneous analysis and calibration methods (ACM) can also be configured with version 10.
Melamine test kits
06 April, 2009 | Graintec Pty Ltd
The Romer Labs AgraQuant ELISA test kit has been designed to meet the updated regulatory limits for melamine in food products.
Water-in-solvents analyser
06 April, 2009 | B-R Controls Pty Ltd
The Applied Analytics Microspec (MCP-100) is an online, real-time, water-in-solvents analyser.
Tissue dissociation guide
06 April, 2009 | Scimar
Worthington Biochemical Corp has updated its Tissue Dissociation Guide, which is an online guide available to assist researchers.
Hanging cell culture inserts
06 April, 2009 | Merck Pty Limited
Hanging Millicell cell culture inserts are available pre-loaded into 24-well receiver trays. The pre-loaded assembly saves time and labour across a range of experimental protocols.
Spectrometer input beam accessory
06 April, 2009 | PerkinElmer (Australia) Pty Ltd
PerkinElmer has released an input beam accessory that expands the applications of the company’s Spectrum 400 and 100 Series spectrometers. The accessory allows the instruments to be used for analysis of external emitting samples, such as flames, hot or warm samples and gases from furnaces.
Desktop electron microscope
06 April, 2009 | JEOL (Australasia) Pty Ltd
The JCM-5000 NeoScope desktop electron microscope provides a simple imaging procedure with auto focus, auto contrast/brightness and takes 3 minutes from sample loading to imaging.
Nickel assay by X-ray spectrography
06 April, 2009 | XRF Scientific
A Thulium-based, higher precision X-ray analysis technique is suitable for assaying nickel in ore. Currently, production criteria is controlled using quantitative X-ray analysis with a chemical assay reference method (Wet Chemical DMG), which tests the ultimate purity of the nickel ore or concentrate. The current X-ray technique, however, has proven to have accuracy limitations resulting in the loss of potential revenue that can be realised from production. Moreover, the chemical DMG method is relatively expensive, complex and time consuming with the chemicals being dangerous to operators.
