Analytical instrumentation

Precise measurement of radioactivity in tiny samples

08 August, 2025

The new method offers a streamlined approach, identifying radioactive elements and quantifying their level of radioactivity in even tiny samples.


Pi Imaging SPAD Alpha high-performance single-photon camera

07 August, 2025 | Supplied by: SciTech Pty Ltd

SPAD Alpha by Pi Imaging is a photon-counting camera for high-speed imaging and is suitable for applications in photon-counting, photon-time gating, FLIM, low-light, 3D and scientific research.


Iconeus One functional ultrasound system

05 August, 2025 | Supplied by: AXT Pty Ltd

Iconeus's functional ultrasound (fUS) technology affords neuroscience and preclinical researchers the ability to non-invasively image the blood vessels in the brain and observe brain activity in real time.


Scientists design remarkably stable chiral molecules

05 August, 2025

Like a right hand and a left hand, two molecules can have the same composition, but a different shape and arrangement in space — and understanding and controlling this phenomenon is crucial to drug design.


Ultrasound and imaging combined to map drug delivery into the brain

01 August, 2025

A new device allows real-time observation of individual cells after ultrasound treatment, which is an emerging technology for the delivery of drugs past the blood–brain barrier.


Tomocube HT-X1 Plus holotomography and spinning disk confocal microscopy system

01 August, 2025 | Supplied by: SciTech Pty Ltd

The HT-X1 Plus holotomography (HT) system from Tomocube has been integrated with the X-Light V2 spinning disk confocal microscope (SDCM) from CrestOptics to offer spinning-disk confocal holotomographic imaging.


Confocal.nl NL5+ line-scanning confocal system

31 July, 2025 | Supplied by: SciTech Pty Ltd

The NL5+ confocal system provides high-contrast images from thicker specimens such as organoids, tissue samples, and plant and animal model organisms.


Ion clock claimed to be the most accurate ever

24 July, 2025

Researchers at NIST have improved their atomic clock based on a trapped aluminium ion, to the extent that it can now perform timekeeping with 19 decimal places of accuracy.


Scientifica PatchStar micromanipulator for electrophysiology

23 July, 2025 | Supplied by: SciTech Pty Ltd

The PatchStar micromanipulator, from Scientifica, is suitable for electrophysiological recordings, patch clamping, sharp electrode recording, microinjection and stretch testing.


Cheap, compact spectroscopy with an infrared light filter

07 July, 2025

A heat-tuneable filter for infrared light, built on nanotechnology, promises handheld, robust technology to replace current desktop infrared spectroscopy set-ups that are bulky, heavy and expensive.


Confocal NL AION for gentle 3D live-cell imaging

01 July, 2025 | Supplied by: SciTech Pty Ltd

The AION is a gentle 3D live-cell confocal imager from Confocal NL, providing high-contrast images from thicker specimens such as organoids, tissue samples, and plant and animal model organisms.


Excelitas X-Cite 110LED illumination system for fluorescence imaging

26 June, 2025 | Supplied by: SciTech Pty Ltd

Providing excitation for DAPI, GFP/FITC, mCherry/Texas Red and Cy5 imaging, the product offers good field uniformity through liquid light guide delivery.


Evosep Eno separation tool for LC-MS based proteomics

18 June, 2025 | Supplied by: Accurate Mass Scientific

Designed to drive the capabilities of next-generation LC-MS based proteomics, the product offers good standardisation, high performance and ease of use.


Excelitas pco.flim X fluorescence lifetime imaging microscopy (FLIM) camera

11 June, 2025 | Supplied by: SciTech Pty Ltd

The pco.flim X, by Excelitas, is a frequency domain (FD) fluorescence lifetime imaging microscopy (FLIM) camera that uses a fast modulatable CMOS sensor with two readout taps per pixel.


RedShiftBio Aurora TX for understanding RNA structure and stability

01 June, 2025 | Supplied by: ATA Scientific Pty Ltd

The Aurora TX system, powered by RedShiftBio's microfluidic modulation spectroscopy (MMS) technology, seeks to redefine how researchers characterise RNA by offering greater insight into its structural transitions in real time.


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