Scitech
SciTech offers products and systems in the area of imaging and analysis for the biomedical, physical science and industrial markets. They offer a wide range of scientific cameras, camera accessories and illumination systems, microscopy systems, atomic force microscope systems, microscope couplers, motorization stages and filter wheels, imaging, visualization and analysis software including fully configured scientific PC and Mac workstations.
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Products
Scitech
SciTech’s range of high speed cameras can help you understand the motion of subjects that move too fast for the human eye to see. These cameras can capture a sequence of images within a very small amount of time and can be played back at a slow rate of speed to understand the subject captured. High speed digital cameras
SciTech’s high speed digital cameras capture up to tens of thousands of frames per second
Ultimate in image quality for high speed imaging applications
Double triggered exposures
Ultrafast framing rates High speed cameras for a range of industrial applications
High Speed Particle Image Velocimetry (PIV)
Short time physics
Explosives testing
Monitoring product jams
Spray analysis
Hyper velocity impact studies
Automobile crash tests
Material testing
Tensile tests
Airbag inflation
Fast flow visualisation
Spray imaging
Hydrodynamics
Fuel injection
Combustions imaging
Semiconductor quality control
Fast events in nature and machine
Super slow motion movie clips
Ballistics Highest resolution thermal imaging cameras
SciTech’s thermal imaging cameras are high performance, high resolution, mobile thermographic cameras. These are the world's first thermographic cameras with megapixel resolution, outstanding measurement quality and razor-sharp thermograms.
Uses opto-mechanical microscan technology feature with the RE mode and take thermal images of a geometric resolution
Up to 1,280 x 960 infrared pixels
High-precision lenses
Ideal for thermographic measurements in the lab or in industrial environments
Cooled photon matrix detectors based on a variety of technologies and formats, frame rates within the kHz range
Extremely high thermal resolutions
A must-have for fast process visualisation, Lock –In Thermography and R&D applications
Efficient and universally applicable tool Thermal imaging cameras
These cameras are ideal for challenging thermal measurements in various applications including:
Preventive maintenance via process optimisation
Quality assurance
Component optimisation up to thermography SciTech's single image will provide 16 times the image information of a traditional thermal camera, thus effectively preventing geometric measuring errors.
Scitech
SciTech stock the best selection of superior digital imaging solutions including digital cameras for the scientific and industrial sectors
Highest quality images with scientific digital cameras from SciTech
All cameras feature state of the art communications, utilising USB2, Gig Ethernet, Firewire or Firewire b (800 Mbit/sec) interfaces
Capture images up to tens of thousands of frames per sec
Superior image quality, utilising CCD,s , ICCD’s, EMCCD’s, CMOS sensors with Resolutions from 640 x 480 up to 12 Mega Pixel
The latest Scientific sCMOS cameras are now available from Scitech
Scientific and industrial digital cameras for a range of applications SciTech offers the largest range of Digital Imaging Solutions for scientific and industrial applications:
Microscopy
Computer imaging
Data acquisition
Image analysis and processing
Test and measurement
Security surveillance
Automated inspection
Microscope Cameras
SciTech is the leading Australian supplier of high quality megapixel and USB firewire cameras for microscopy
These include megapixel high resolution colour and mono cameras, ultra high sensitivity and low noise for low light, fluorescence applications
These include the SPOT digital cameras from Diagnostic Instruments, QImaging, Jenoptik, Lumenera, Optronics, Pixelink
Scientific cameras
Scitech also offers a large range of High Sensitivity, High resolution, Thermal, X ray and spectroscopy cameras
These include EMCCD, CCD, ICCD, XRay, Near Infrared and Thermal cameras
Many applications which include low light imaging, microscopy, high speed, thermal imaging, surveillance and PIV
Industrial cameras
Scitech represents the Hitachi Densi and Pixelink industrial camera ranges
Interfaces include firewire, firewire 800, GigE, Cameralink and USB2
All ranges include both CCD and CMOS cameras
High Resolution up to 6.6 Megapixel
SciTech's wide range of high quality cameras make them the ideal choice for all scientific and industrial camera needs.
Videos
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pco – Dimax CS Crash Test High Speed Camera System
News
Supplier news
23/01/19 - BrainWave 4 is an advanced software tool from 3Brain designed to record,
analyse and manage high-content electrophysiological data sets. BrainWave 4 allows
real-time visualisation and data extraction of key metrics gathered using
3Brain's microelectrode array (MEA) platforms. Users can filter the data, detect
and sort spikes in activity, analyse local field potentials (LPFs), and much
more.BrainWave 4 finds application in research activities related to drug discovery,
brain organoids, brain slices, neuronal networks, animal- and human-derived
stem cells and the retina.BrainWave 4 pairs with 3Brain's CMOS-based high density multi-electrode
arrays (CMOS MEAs) to visualise, record, and analyse electrophysiological cell
activity in real-time.Key features of BrainWave 4 include customisable display tools to show the
dense data in a user-friendly video interface; pixels on the colour-coded
activity map corresponding with the 4,096 electrodes with changes in colour
representing activity spikes/voltage traces; sophisticated algorithms allowing
users to observe spatial distribution and activity patterns and detect isolated
signals; and a wide array of selection tools providing an infinite number of
ways to organise and analyse HD electrophysiological data. For instance, with the magic wand tool, the software automatically
selects and visualises the most active electrodes in a particular region. Manual
selection tools such as single-channel, lasso, shape selection, and brush make
it possible to view electrophysiological activity in a small or large area by
selecting single or multi channels.BrainWave 4 performs both real-time and off-line analyses on the HD
electrophysiological data collected on 4,096 channels. After spike detection or
local field potential (LFP) detection (available on-line and off-line) is
configured and run, a myriad of calculations are possible.The new BrainWave 4 software offers a host of compression strategies to
simplify data management and save space on your hard disk. Data is stored using
an HDF5 hierarchical data format, an open-source,
cross-platform, large data storage solution supported by most data analysis
platforms such as Python, Matlab, Scilab, Octave and R. Additionally, charts
and images generated from raw data can be exported as Microsoft Excel
spreadsheets.For more information, please visit the Scitech website www.scitech.com.au or call (03) 9480 4999.
Supplier news
09/12/18 - Lux DATA, available from Scitech is a comprehensive data processing and
storage solution by LUXENDO.Designed to effectively handle the vast quantities of data generated in
light-sheet microscopy, super resolution and two-photon imaging applications,
Lux DATA allows fast data transfer and large-capacity storage, as well as
remote access and high-performance processing of multidimensional image data,
leveraging multi-core and multi-GPU-based computation. Lux DATA perfectly complements image acquisition with LUXENDO’s SPIM
microscopes, enabling all subsequent processing steps, and saving time and
money. Lux DATA features high-performance data processing and storage
components, including RAID storage unit connected via fast LAN to the LUXENDO
SPIM computer for rapid transfer of image data; high-performance image data
processing and computation unit; network components allowing high-throughput data
transfer between the units as well as convenient remote access; and easy integration
into the existing network infrastructure.For more information, please visit the Scitech website www.scitech.com.au or call (03) 9480 4999.
Supplier news
30/11/18 - Hyperspectral imaging (HSI) technology is increasingly being used as a
dynamic analytical tool for food inspection. HSI creates a spatial map of
spectral features that enables the identification of material components and
their spatial distributions. Being a non-destructive and non-contact technique with
the ability to simultaneously determine several parameters in real time, hyperspectral
imaging has become particularly successful in the space of food assessment.Scitech presents the Hyperion hyperspectral imaging system from Camlin
Photonics, a complete end-to-end solution for making robust, reliable, accurate
and repeatable hyperspectral measurements that are easily adaptable to a wide
variety of processes and applications. Hyperion provides users with an
all-in-one system that can measure, display, prepare calibration models and
analyse HSI data, with a clearly defined workflow.Hyperspectral imaging is widely used in food assessment and inspection
applications including effectively determining many parameters of fruit and
vegetable quality such as the presence of bruises or damage, pH, soluble
solids, as well as the colour and appearance of skin; measuring cereals and
other grains to identify a number of key characteristics such as size, shape,
colour and appearance; investigating the chemical composition of kernels and
oils; and measuring chemical composition of dairy products.Hyperspectral imaging is also applied to different red meat species to
predict freshness, assess tenderness, and determine fat, protein, collagen, and
water levels as well as colour, drip loss, and pH. The technology can also be adapted
to predict the freshness of fish by analysing the effects of storage conditions
and storage times, chilling and freezing, blood and melanin spots, and amino
and fatty acids, as well as detect the presence of bones in fillets. Additionally, hyperspectral imaging can be used to strengthen high speed
sorting and grading as it allows for the excellent determination of substandard
products, contamination, presence of foreign bodies and defects. For more information,
please visit the Scitech website www.scitech.com.au or call (03) 9480
4999.
Supplier news
29/11/18 - Scitech announces the release of 16 new industrial and board-level
cameras by The Imaging Source to their USB 3.1 (gen 1) family.Available in colour and monochrome variants, the cameras feature Sony’s
latest Pregius global shutter CMOS sensors in 5 MP (IMX250/IMX264) and 3.1 MP
(IMX252/IMX265) configurations. These cameras utilise highly sensitive,
back-illuminated sensors that outperform their CCD predecessors in a number of
ways, including enhanced colour fidelity and image quality. While the full-feature IMX250 and IMX252 sensors deliver 75 fps (max.)
and 119 fps (max.), the cost-optimised IMX264 and IMX265 sensors achieve 38 fps
(max.) and 60 fps (max.) respectively. The new cameras are designed for numerous machine vision related applications
in production, inspection, quality assurance and ITS. Key features of the new cameras include 1/1.8 inch Sony CMOS Pregius
sensor (3.1 MP) or 2/3 inch Sony CMOS Pregius sensor (5 MP); 2,048×1,536 (3.1
MP), up to 119 fps or 2,448×2,048 (5 MP), up to 75 fps; global shutter; trigger
and I/O inputs; and Windows and Linux software included.For more information, please visit the Scitech
website www.scitech.com.au or call (03) 9480 4999.
Contact Scitech
Scitech (Head office)
Update these details
Unit 4, 72- 74 Chifley Drive
Preston
VIC 3072
Tel: 03 9480 4999
Fax: 03 9416 9959
