The AIS-IV Camera™ is a high-resolution video traffic camera for the Autoscope machine vision processors; Autoscope RackVision Terra and Autoscope RackVision Pro 2. The AIS Camera has a built-in zoom lens and color imager with high sensitivity to ensure accurate vehicle detection at night. It minimizes streaking and blooming from bright light sources that could adversely affect detection performance.
The Axioscop 2 research microscope from Zeiss uses the short path length of its designed epicondenser to give brighter fluorescence and hence greater sensitivity. The high-resolution optics with good clarity enhance the information presented on slides and contribute further to the brightness, whilst the quick and easy switchover between brightfield and fluorescence gives greater convenience and faster screening. Space is provided for a broad range of filter systems for multi- labelling, transmission from UV to near IR and the flexibility to use new fluorochromes as they become available.
The GenePix 4000B Microarray Scanner acquires data at a selected resolution between 5-100 microns, allowing the adjustment of image resolution and file size for each Cy3/Cy5 experiment. It has expanded sample compatibility, with user-adjustable focus offset and laser power settings, allowing for proper imaging of slides with either a raised surface, as with membrane-coated glass, or a recessed surface, as in embedded arrays.
BIOMIC V3 is an open system utilizing digital imaging to automate the reading and interpretation of clinical microbiology tests and QC from various manufacturers. Systems are customized with optional modules including antibiotic susceptibility, organism identification, 96-well microtiter, and colony counting.
BIOMIC V3 provides a digital record of test results and high resolution images. An LIS/LIMS interface combined with bar code reading and touch-screen entry on a 21 inch monitor offers labs an optimal setup to standardize, record and report test results.
BIOMIC V3 is an open system utilizing digital imaging to automate the reading and interpretation of clinical microbiology tests and QC from various manufacturers. Systems are customized with optional modules including antibiotic susceptibility, organism identification, 96-well microtiter*, and colony counting.
Scanning CCD camera designed to create high quality images of 2-D DIGE gels. It’s high resolution and precise motion control, produces accurate multichannel images of Cy2-, Cy3, and Cy5-labeled gels. The system is also designed to image other fluorescent gel applications, and can be used with ECL Plex Western Blotting System. It is controlled from the Ettan DIGE Imager software, and can be set up for a variety of gel formats.
Features: • Virtual Rescanning Mode (VRM)™ stores comprehensive data and enables you to perform a complete analysis of a sample, even when it is no longer available • TurboSpeed™ provides faster imaging speeds at high frequencies with up to 2.5X increased image acquisition speed with high pixel densities • Digital Image Analysis (DIA)™ uses advanced algorithms to quantify the acoustic data and allows you to set accurate, automatic, accept/reject criteria • ESD safe and Clean Room ready • Open access scanning area makes loading and unloading easy and is capable of scanning two JEDEC trays or
Imager LX camera family is an advanced, high resolution, progressive scan, fully programmable CCD camera ideally for large flow field areas. The camera delivers up to 14 bit digital images and gives unsurpassed resolution from 8 million pixel to 29 million pixel combined with a short interframe time down to 0.3 µs. The camera is compact and is equipped with a modern Gigabit Ethernet interface for easy and fast data storing to the computer.
The JSM‐6360LV low vacuum SEM is a high‐performance scanning electron microscope for fast characterization and imaging of fine structures. The selectable Low Vacuum mode allows for observation of specimens that cannot be viewed at high vacuum due to excessive water content or because they have a non‐conductive surface.
