The HT-2 from Tomocube combines both holotomography and 3D fluorescence imaging into one microscope. The HT-2 facilitates three-dimensional fluorescence and optical diffraction tomography of live cells using structured illumination with minimal stress on cells. This technology opens the door to a variety of previously unexplored applications in the fields of bioscience and life science and enables researchers and clinicians to break into new frontiers of understanding, diagnosing, and treating disease.
The HT-2 is able to achieve label-free imaging of cells and allows users to conduct long-term tracking of specific areas within live cells. It has the capacity to deliver correlative analysis in 2D, 3D and 4D with HT and fluorescence images, and incorporates a customisable three-channel LED light source (385 nm, 470 nm, 570 nm). HT-2 generates Z-stack images with a motorised Z-drive (step resolution: 150nm).
Correlative microscopy in one instrument: – HT-2 provides high-quality 3D images of both holotomography and 3D fluorescence for each sample.
Quantitative data marked with fluorescence: – HT-2 provides morphological (volume, surface area, projection area, sphericity and ellipticity), chemical (dry mass, concentration) and mechanical (cell deformability) properties of cells with 3D refractive index (RI) tomogram. Moreover, fluorescence image provides information about molecular specificity.
Live cell molecular and holographic imaging with minimal stress on cells: – Simultaneous measurement capability of time-lapse 3-D RI tomography and fluorescence image allows long-time tracking of specific targets in live cells. The fluorescence image provides the position of specific target organelles or structures in live cell, and consecutive measurements of time-lapse 3D RI tomography enables the monitoring of cells and their structures with minimal stress.
The GRAND-EOS Hyperspectral Microscopy System is one of the latest innovations from Photon Etc. Integrating a wide-field imaging platform, it gives access to micro and macro modalities with VNIR (400-1000nm) and SWIR (900-1700 nm) spectral ranges. GRAND-EOS incorporates Photon Etc’s patented filtering technology, based on volume Bragg grating, to enable a non-polarized wavelength selection with high throughput and efficiency. It is tailor-made for a number of industrial based applications including Food and Plants Sorting, Mineral Analysis and Photovoltaic Characterisation.
The GRAND EOS includes a front-illuminated CCD Camera, is continuously tunable, and provides a motorised focus. It achieves a wavelength absolute accuracy of < 0.3 nm and a wavelength tuning speed of 60 ms (stabilisation time) per 2 nm step, whilst its field of view can be optimised from 20 x 20 mm to 160 x 160 mm.
Scitech is proud to announce their recent appointment as official authorised distributors in Australia and New Zealand for Canadian-based suppliers Photon Etc.
Photon Etc. develops and manufactures an esteemed range of optical and photonic instrumentation including hyperspectral microscopes, infrared cameras and tunable filters. They are committed to providing their customers with innovative and reliable instruments, derived from the latest advances in photonics and optics. Their products are geared towards academic research and cutting-edge industrial applications in the fields of nanotechnology, life sciences, material analysis, industrial science, space and astronomy.
Their core technology is a continuously tunable filter, based on volume Bragg gratings, whilst they also offer leading platforms for Raman Imaging and Luminescence Microscopy Imaging. In addition to this, Photon Etc. delivers an affordable range of SWIR cameras, sensitive from 800nm to 2.9nm, integrating either InGaAs or HgCdTe Focal Plan Arrays. Photon Etc. uses their own ‘user-friendly’ software, PHySpec™, as a means of controlling all Photon Etc. devices and supported cameras.
The Acquifer imaging machine is a fully automated microscopy system for small model organisms and cell-based screening applications. It is an easy-to-use, high speed screening platform especially for time-lapse recording and is focused on high stability, easy maintenance, maximum experiment reproducibility and long-term data transparency. Typical applications include screening of zebrafish, drosophila, yeast, cells and 3D-cell cultures. The combination of a static microtiter plate and moving objectives, provides an optimized research platform for samples in agarose, gel and water. With optimized temperature and CO2 control, pressure free incubation, linear motor and laser auto-focus, optimized images can be acquired throughout the image acquisition process.
The EM N2 1024 back-illuminated EMCCD camera by Nüvü Camēras is a fully customizable EMCCD camera for optimal performance and offers highest signal-to-noise ratio for photon-counting in low light imaging applications. Fields of application include fluorescence and bioluminescence, spectroscopy, super resolution, OEM and astronomy.
The EM N2 camera supports 3 standard EMCCD detector sizes (128 × 128, 512 × 512 and 1024 × 1024) in addition to custom sizes for specific requirements. The detector is cooled down to -110°C for applications that require extremely low thermal noise, especially during long exposures. A standard C-mount with built-in shutter for dark frame acquisition is also included.Frame rates exceed 16.7 fps in full frame at 20 MHz readout rate.
With the liquid nitrogen cooling system, the EM N2 camera reaches its prime performance thanks to Nüvü Camēras’ patented CCCP technology, allowing the very lowest clock-induced charge (CIC) levels. In turn, this makes greater EM gain attainable to achieve negligible sub-electron readout noise and highest horizontal charge transfer efficiency (CTE) for clearer images — without deformation due to pixel leaking. A software development kit (SDK) is also included for customizable programming in Windows XP, Windows 7, Windows 10 and Linux.
The Pixelink PL-D family of USB 3.0 cameras links together the benefits of high frame rate CMOS technology with the high speed data throughput of USB 3.0 technology. The PL-D7512 Colour Camera provides low noise images for outstanding value in a broad range of industrial applications including parts inspection, metrology, biometrics, PCB and flat panel display inspection and microscopy.
The PL-D7512 model of cameras are based on a Sony IMX253 CMOS global shutter sensor with a 1͘1” optical format. This camera features a 12MP (4096 x 3000) resolution imager capable of 35 fps at full resolution in 8-bit mode and 29 fps in 12-bit mode. It also provides the user the choice of 8-bit or 12-bit digitization and has a dynamic range of up to 70db. The external hardware trigger and 2 general-purpose outputs ensure users have the flexibility to synchronize the camera with their processes and illumination. The extensive built-in image processing possibilities (image pre-processing) result in outstanding image quality, less load on the system and higher performance.
The MRI Compatible Headstage from Blackrock Microsystems is a lightweight, 16 channel, single-unit, analogue recording headstage for small animals that fits in the bore with the animal. It is a headstage that offers users the ability to directly correlate neural activity with the hemodynamic changes present in awake and responsive subjects. The MRI headstage is ideal for a number of applications in the field of electrophysiology involving animals such as rodents, cats and primates.
The MRI headstage works by buffering and then proceeding to transmit neural signals through a coaxial ribbon cable to either a CerePlex A or a Front-end Amplifier (FEA). The subsequent data is then acquired by a CerePlex Direct or a Neural Signal Processor. It features a shielded ribbon cable for excellent noise immunity and is the only head-stage to record single units. The MRI headstage weighs in at an ultra-light 0.5 g and has dimensions of 10mm x 20mm x 2.3mm, and it’s compatible with the Utah Array or any other electrodes consisting of an Omnetics 24-pin female connector.
Nanosurf’s CoreAFM is a compact, cost effective research atomic force microscope that offers the combination of functionality and simplicity by integrating the key components of AFM to realise versatility and user friendliness. Consisting of a modern flexure-guided scanner, XYZ sample stage, camera, active vibration isolation table, and air-flow protection in a single all-in-one unit results in a complete, value for money AFM system for applications ranging from materials research to physics, life science and electrochemistry.
All the essential functions of modern AFM are integral components of the CoreAFM system, thus, only connecting the controller, power and USB is all that is needed for a fully operational CoreAFM. A real performer that is both powerful and versatile state-of-the-art electronics with 24-bit ADC and DAC results in high-resolution XYZ driving of the100×100×12 μm scanner and allows for low-noise force detection limited only by the cantilever.
The Nanosurf CoreAFM can be used as a stand alone or in a large stage operation. It has easy and quick cantilever exchange and alignment which reduces downtime and allows automated batch measurements and scripting interface for system integration.
The IR 2000 CMOS real-time monochrome camera from DAGE-MTI represents the future for IR imaging. It is the new and improved digital version of the IR-1000, and it is fine-tuned for applications that require fast response and high sensitivity in both the visible and NIR (up to 1100nm). It is capable of operating in brightfield and fluorescence and is ideal for applications in the fields of microscopy and electrophysiology.
The IR-2000 has the capacity to function at 30 fps (includes adjustable frame rates and resolution) at a resolution of up 4K Ultra HD. It also offers users the ability to operate the camera in either an auto-mode or a manual mode in order to maximize user-defined customization. The intuitive IR-Capture software is user friendly and can save images at the click of a button. It also provides other on-screen tools such as overlays and measurements, whilst the digital zoom enables instant magnification for viewing small details in the live or captured images.
IR-2000 comes available in two models. These include a stand-alone configuration (camera + digital controller) with an HDMI output for direct connection to an HD (or Ultra HD) display OR a PC-ready configuration (camera head) connects to a user’s computer via USB 3.0. PC capability is subject to a range of performance requirements.
Terahertz (THz) imaging scanners by Terasense offer imaging sensors for the non-destructive analysis of the internal structure of objects making them ideal for applications in food inspection, agricultural inspection and detecting the contents of packages. THz imaging is far superior to infrared, visual, and X-ray inspection methods.
Food manufacturers can use a terahertz food scanner to check if a pick-and-place robotic arm has put all candy bars into a cardboard carton. Seeing through cardboard or PE packaging poses no problem to THz imagers as individual chocolate bars can be wrapped in any material, even metal-containing foil, which is impervious to THz rays.
Another good application is checking noodle packs to see if they contain a sachet with seasoning. A sachet must be placed inside every noodle pack. The THz food scanner can gently and quickly prompt the conveyor-line operator and indicate if a sachet is missing. Noodle containers are usually made of plastic or synthetic foam (polyfoam) which is transparent to THz waves.
Reports of insects and other foreign objects found in food are a serious cause of concern for consumers, food manufacturers, and retailers alike. THz imaging systems can easily detect a common housefly through several polyethylene bags, even if total thickness of such PET coating exceeds 20 mm.
Detecting metal or plastic debris inside food packaging can also be performed with THz imaging scanners
Terasense imaging systems reveal carcinogenic Mycotoxin fungus that contaminates peanuts, corn, hazelnuts, and other grain crops and oil plants. For instance, with the aid of THz imagers, industrial customers can detect any sign of infections such as Aspergillus flavus and Aspergillus parasiticus, which exude the extremely dangerous carcinogen Aflatoxins B1.