AXT Pty Ltd

The University of Sydney will soon take delivery of the first of two state-of-the-art preclinical MRI systems from MR Solutions. They will be used to further research into oncology, neurology, embryology, regenerative medicine and cardiology.

AXT have just bolstered their life science portfolio with the addition of automated tissue microarrayers from Integrated Systems Engineering (ISENET). These products fit neatly with existing cryogenic biostorage facilities and biobanking software.

Residual stress analysis is a valuable technique for looking at the stresses that are present in a components after manufacturing. By understanding and optimising these stresses, the performance and lifetime of the component can be maximised.

The first TESCAN SEM installation was at the University of Western Australia in 2011. Since then, the system has become a geological workhorse thanks to its Energy Dispersive Spectrometer (EDS) and Cathodoluminescence (CL) detectors.

AXT are now representing LAIX Technologies and will be moving further into the food and oil testing fields. LAIX Technologies have instruments suited to testing solid fat and oil content. We are offering a 20% discount across the range of products.

AXT is proud to announce the first installation of a high speed Rigaku Simultix 14 XRF Spectrometer. This instrument was installed at BHP Billiton's nickel operation and runs 24/7 characterising nickel ore samples.

Intertek, formerly Adelaide Inspection Services use an YXLON Y.XPO 225kV tube head for NDT testing to detect flaws & anomalies to prevent premature failure. With 1200W of power and 10mA isowatt compensation, the Y.XPO is both powerful and versatile.

AXT has increased its preclinical imaging portfolio by adding the powerful software solutions from inviCRO. These packages provide visualisation & image analysis and project/data management capabilities. They ideally suited to translational medicine.

AXT has won a competitive tender to supply QUT with two Rigaku SmartLab X-ray diffractometers. These systems are destined for the Central Analytical Research Facility where they will be used for internal & external, research & commercial projects.

The Lewin-Cameron Laboratory at the Peter Doherty Institute for Infection and Immunity have just completed an implementation of the OpenSpecimen bioinformatics platform to manage their vast library of over 100,000 specimens.