Optical Imaging System

The MOIS HT small animal in vivo imaging system is a state-of-the-art multi-modal in vivo optical imaging system designed to advance your research across various applications,including tumor growth monitoring and stem cell/immune cell tracking.Featuring a high-sensitivity CCD with 90% quantum efficiency and -90 C cooling, it ensures exceptional sensitivity in bioluminescence imaging.With 26 narrowband filters and cutting-edge spectral unmixing technology, the MOIS HT enhances fluorescence imaging precision and resolution,covering a broad range of fluorescent materials used in biological research.

VNIR to SWIR hyperspectral imaging systems for microscopy, lab, field, and tower-mounted applications The 710-HyCore and 710-OmniCore deliver exceptional spectral resolution, giving researchers the ability to distinguish subtle differences between materials and compounds at a price point that makes high-performance hyperspectral imaging more accessible than ever. Both capture hyperspectral data from 375 1025 nm with 1.65 nm spectral resolution and 1500 spatial channels, share the same spectrometer and camera design, and include SpectraCore Capture acquisition software and an SDK supporting C#, C++, and Python. All systems are radiometrically calibrated in our lab to ensure accurate, traceable spectral measurements.

Capture images and analyze data from western blots and gels efficiently and easily with the Invitrogen iBright FL1500 Imaging System. This high-performance instrument enhances the imaging experience through powerful hardware, advanced automated technologies, and an interface that is easy to use for researchers of all experience levels. The iBright FL1500 Imaging System supports the main imaging applications of fluorescent, chemiluminescent, and colorimetric western blots, in addition to fluorescent stained nucleic acid gels, fluorescent stained protein gels, colorimetric stained protein gels, and colorimetric membrane stains. We also offer the iBright CL1500 Imaging System, which features the same imaging capabilities as the iBright FL1500 Imaging System, but without fluorescent western blot imaging functionality. Explore all models and features of the iBright Imaging System Features of the iBright FL1500 Imaging System include: 9.1 MP cooled CCD camera high sensitivity and dynamic range to help enable the detection of subtle differences in samples Five fluorescence channels multiplex and capture up to four proteins in a single blot for more meaningful and representative experiments Smart Exposure technology provides rapid determination of optimal exposure time to help minimize the need to repeat exposures to acquire the desired signal High Dynamic Range Imaging* Smart Range HDR combines optimized short and long exposures into a single HDR image to capture an extended linear dynamic range and providing high-quality non-saturated data for improved quantitation Simple interface clear layout of functions and features combined with a 12.1-inch capacitive touchscreen for a smooth imaging experience Advanced automated features automatic sample rotation, automatic zoom, and automatic focus help streamline image capture 22.5 x 18.0-cm field of view large field of view for high-throughput imaging (image up to four mini or two midi blots at a time) Green LED-based transilluminator effectively excite popular DNA dyes such as ethidium bromide and Invitrogen SYBR Green dyes with an alternative to UV-based transilluminators Expanded imaging applications* capture and analyze visible, chemiluminescent or fluorescent stained colonies on single- or multi-well cell culture plates using the optimized imaging channels and onboard analysis workflows Flexible connectivity export captured images via ethernet connection, Wi-Fi (with optional accessory), USB, or directly to Connect cloud-based platform Multiple image analysis options perform densitometry, quantitation, and normalization directly using the on-instrument software, or for more in-depth analysis use iBright Analysis Software (available in both desktop and cloud-based versions) *Certain functions are made available through firmware. Ensure your system is running the most up to date firmware version. Download the latest firmware and analysis software

The UniSpec-SC, commonly referred to as a "Reflectometer", is a single channel, field portable instrument designed for measurement of leaf/canopy reflectance. It features an innovative user interface with integral computer and large, full color LCD, built-in light source and extensive range of accessories for measurement on individual leaves (including needles) and vegetation. It is a truly, self-contained system that does not require an external PC for operation. Technical Specification:- Detector Types :VIS/NIR UV/VIS UV Wavelength Range :310-1,100 nm, 190-730 nm, 190-400 nm Resolution : Bin Size (diode array) :3.3 nm, 2.1 nm, 0.8 nm Absolute Accuracy :Repeatability :Within 0.1% Scan Time : Integration time :4-3,200 ms Light Source :Integral 7.0 W halogen bulb for sampling under anylight conditions Display:7.2 VGA Transflective color STN LCD Dot Format :640 x RGB x 480 dots Dot Pitch :0.228 x 0.228 mm User Input :24 keys plus touchpad for data input, keyboard, display contrast Serial Port :RS232 and USB PCMCIA Type 1 :For additional data storage.Power :Internal rechargeable 6V Li-Ion battery (including charger) Dimensions:25 x 15 x 8.5 cm Weight :1.7 Kg (3.74 Lbs)

Based on the mechanical platform of its 2D counterpart is the Rotograph EVO 3D 3-in-1 system: Panoramic, Cephalometric and 3D CBCT. At the top of its product family, the EVO-3D employs the latest cone beam technology with a Flat Panel Detector (FPD) based on Amorphous Silicon with Cesium Iodide scintillator. By acting on the computer interface the operator can seamlessly switch between regular 2D Pan / Ceph functions and 3D volumes with a standard Field of View (FOV) of 8.5 X 8.5 cm.

The system provides for multimodal bioluminescent/ Cherenkov luminescent imaging (BLI/CLI), direct radioisotopic imaging (DRI), multispectral fluorescent imaging (MS FLI), reflectance (REF), and X-ray imaging with 2D and 360 degree detection modes.

Patented Magneto-Optic Imager (MOI) systems feature a nondestructive evaluation (NDE) process that is highly effective at detecting cracks and corrosion in aircraft skin and around rivets. Using eddy current excitation, MOI s rapid scanning and data processing speed enables aircraft operators to achieve greater flaw detail and greatly reduce downtime for required inspections MOI is also highly valuable when used for industrial NDI of metallic structures that are flat or have some shallow curvature, that require high safety levels to be maintained. MOI Advantages Calibration not requiredSignificant time savings in inspectionsMinimal operator training requiredPaint stripping not requiredRapid real-time inspection of large areasDemonstrated 10 times faster than eddy current probes aloneSelect from one of three 308 systems designed to comply with specific aircraft manufacturer s notices as well as FAA Aging Aircraft Standard Rules (AASR) inspection complianceRivets or holes show as smooth circular forms. In the MOI image shown above there are two rivets with no cracks and two rivets with cracks. Cracks can be seen around the complete circumference of the rivet site in one pass of the imager over the aircraft. Surface images are viewed using higher frequencies (50 - 100 kHz). To penetrate more deeply into the metal, the inspector must lower the frequency level on the power unit. Images are viewed in the PVS headset by the inspector, or on an optional outside monitor (NTSC or PAL compatible) that connects to the control unit.This is an MOI 308/3 image of corrosion on the aircraft bellyskin. Frequency has been set to 5 kHz. Corrosion images are irregular in shape and show as dark shadows between rivets or around rivet sites. In this sample there is a chem-milled step which shows as a dark line shape to the right of the corroded area. Since the MOI is an area inspection device instead of a point by point device (such as an eddy current probe) the MOI can rapidly locate corroded areas. This is a third layer crack image that is 0.084" from the surface. The frequency has been set to 5 kHz resulting in a more diffuse image. Since surface cracks will also be visible, it is important that the inspector perform a high frequency scan first and mark surface defects. When the frequency is lowered, new crack images are subsurface defects.

Natus Ret Cam Envision

In Vivo Imaging System

Optical Imaging System

Imaging Systems

Plasma Imaging Optics