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Select microscope to view:
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Model
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Type
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PC-Scope
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Computer Controlled Compound Microscope - Upright
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PC-Scope-INV
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Computer Controlled Compound Microscope - Inverted
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PC-3D-Scope
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3D Stereo Video Microscope
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PC-Zoom
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Zoom Video Inspection Motorized
Computer Controlled Microscope
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AutoComet
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Fully Automated comet Analyser
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Contact Us
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Others
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Microscope models
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Type
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Mag. range
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Viewing and Motorization Options
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PC-Scope
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Computer Controlled Compound Microscope - Upright
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1x - 1500x
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Everything is motorized and controlled via PC. All viewing is via a built-in camera.
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GT ratings   |
Manufacturer’s specifications
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Applications
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The PC-Scope is a fully-integrated, computer-controlled optical microscopy system designed to eliminate the ergonomic problems associated with long-term microscope use while significantly reducing the cost of ownership.
It is a complete, computer-ready, optical microscope with remote control of the stage, focus, field diaphragm, aperture diaphragm and lens selection. The circum-ferous objective lens holder has up to 8 positions, each set to parcenter and parfocal.
The optical assembly incorporates a highly versatile design philosophy that facilitates inverted or upright applications as well as incident or transmitted light operating modes. The optical assembly is mounted in an enclosure that includes remote image focus capability (with submicron resolution) and a motorized stage, all controllable from a Personal Computer with a high resolution, video imaging system.
This fully-integrated, computer-controlled system is capable of performing automated microscope operations as well as serving as a robotic microscope for telemedicine and telepathology applications. Seamless remote operation makes this an ideal assistive technology for people with severe disabilities and the ergonomic design eliminates the repetitive stress injuries associated with long-term use of conventional optical microscopes.
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All light microscope
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Medical
Materials
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Microscope models
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Type
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Mag. range
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Viewing and Motorization Options
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PC-Scope - INV
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Computer Controlled Compound Microscope - Inverted
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1x - 1500x
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Everything is motorized and controlled via PC. All viewing is via a built-in camera.
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GT ratings |
Manufacturer’s specifications
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Applications
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The PC-Scope Inverted is a fully-integrated, computer-controlled optical microscopy system designed to eliminate the ergonomic problems associated with long-term microscope use while significantly reducing the cost of ownership.
It is a complete, computer-ready, optical microscope with remote control of the stage, focus, field diaphragm, aperture diaphragm and lens selection. The circum-ferous objective lens holder has up to 8 positions, each set to parcenter and parfocal.
The optical assembly incorporates a highly versatile design philosophy that facilitates inverted or upright applications as well as incident or transmitted light operating modes. The optical assembly is mounted in an enclosure that includes remote image focus capability (with submicron resolution) and a motorized stage, all controllable from a Personal Computer with a high resolution, video imaging system.
This fully-integrated, computer-controlled system is capable of performing automated microscope operations as well as serving as a robotic microscope for telemedicine and telepathology applications. Seamless remote operation makes this an ideal assistive technology for people with severe disabilities and the ergonomic design eliminates the repetitive stress injuries associated with long-term use of conventional optical microscopes.
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All light microscope
Research
Medical
Materials
Hazardous environments
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More Information Please
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Microscope models
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Type
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Mag. range
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Viewing and Motorization Options
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PC-3D-Scope
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Computer Controlled PC StereoZoom microscope
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5x - 250x
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Optional motorized stage
All viewing and control via a PC with 3D viewer
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GT ratings |
Manufacturer’s specifications
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Applications
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PC-Based Stereo Microscopes
The PC-StereoZoom is a stereoscopic optical microscopy system specifically optimized for video imaging and personal computer control of the zoom and focus functions.
An optional 2-position linear lens changer is available to extend the zoom from 10X to 50X.. The system is capable of generating a live stereoscopic image with a magnification range approximately 5X to 250X, as displayed on a video monitor. The microscope body has 1 or 2 objective lenses – selectable from a set that can provide an image of rectangular areas from 80mm wide down to 1.25mm wide. The microscope is capable of 10x continuous zoom for each objective lens. For positional reference, the operator is able to view the live two dimensional image on the personal computer monitor with the stereographic image simultaneously displayed on a stand-alone video monitor and observed using special-purpose glasses. The microscope has an optional motor-controlled stage that can position a sample anywhere within a 150 x 150mm area. The focusing mechanism has vertical travel capability suitable to focus on the surface of the top stage plate and up to 50mm above that surface.
The stereo microscope generates two independent images of the same sample spatially separated to provide stereoscopic image capability. The two images are focused onto CCD chips in color cameras . Each CCD chip camera generates an interlaced video image at 30 frames per second (60 fields per second) that is then processed by the Frame Grabber card to build the non-interlaced 60 frame/second image. The alternated video image data is processed with special s/w to flip from frame-left to frame-right at 120 frames per second. The Personal Computer displays the alternated frames and the operator views them through synchronized LCD Shutter Glasses.
Accurate measurement of features that are perpendicular to the plane of the surface are made by utilizing both frame-left and frame-right images and special purpose stereoscopic imaging software.
The s/w is capable of capturing stereo-pairs images and anaglyph images.
EQUIPMENT COMPRISING A TYPICAL SYSTEM :
· Dual Camera Head · High Resolution Stereographic Video Imaging System
2 Color Cameras with S-Video output. Video data is frame sequenced at 120Hz. Special purpose glasses for 3D viewing on Stereo-ready monitor. · Video Microscope
Remotely Controlled Optical Microscope designed to accept stepper motor control of zoom and focus. The assembly is mounted on a suspension system designed for 50mm of vertical travel under computer control. The assembly includes a Ringlight Illuminator with a Flexible Light Guide, and an Objective lens. · An optional 2-Position Linear-Lens-Changer is available to extend the working magnification over the entire range of 3.75X to 258X. · Cold Light Illumination Source · Fiberoptic Light Guide · Precision Stepper Motor Stage · Motor Controller Electronics · Personal Computer & Monitor · Video Adaptor Card · Operations Program
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All light microscope
Research
Medical
Materials
Hazardous environments
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More Information Please
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Microscope models
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Type
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Mag. range
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Viewing and Motorization Options
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PC-Zoom
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Computer Controlled video Zoom Microscope specifically optimized for large-area, high depth-of-field inspection of samples
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5x - 1000x
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Everything is motorized and controlled via PC. All viewing is via a built-in camera.
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GT ratings |
Manufacturer’s specifications
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Applications
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This remotely operable video microscopy system is a fully-integrated, computer-controlled product specifically optimized for large-area, high depth-of-field inspection of samples. The system provides operating personnel with the capability to observe the sample while the personal computer moves the stage in response to manual input or a coordinate file provided by the operator. All key microscope functions, sample viewing, image focusing, sample movement and selecting the size of the area to be viewed, are integrated into a single Personal Computer platform controllable via standard interfaces such as keyboard, mouse or trackball.
The system is designed for wide-area, high depth-of-field viewing, and with the appropriate lens selections, is capable of generating a live image on a video monitor with a magnification of 5X to as high as 1000X. The microscope body has an Auxiliary Lens and Tube Lens – selectable from a set that can provide an image of rectangular areas from 66mm wide down to 0.25mm wide and capable of 12X zoom from minimum to maximum magnification. The microscope has a motor-controlled stage that can position a sample anywhere within an area up to 36" x 36" area.
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All light microscope
requiring repetitive scanning and inspection.
Materials
Hazardous environments
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Microscope System
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GT ratings |
Applications
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Manufacturer’s Specifications
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The AutoComet™ is a fully-integrated, computer-controlled optical microscopy system optimized for unattended inspection and analysis of Single Cell Gel Electrophoresis (SCGE). The system steps to each sample area, locates single cells, measures each cell, and records the results automatically.
The AutoComet™ consists of a state-of-the-art microscope, motorized stage, motorized focus, epifluorescence illumination system, electronic video imaging system and a personal computer with TriTek developed hardware interface, image processing, and data analysis software.
The system has been optimized for automatic detection and measurement of cells using application-specific, computer-based, image processing algorithms. The human eye can usually distinguish about 25 gray levels (and the response is logarithmic), whereas the video imaging system can resolve more than 200 gray levels (8x). Thus, the electronic image processing approach is able to use information not readily visible to the eye.
This increased sensitivity provides the capability to maximize the acquisition of fluorescence from a cell to improve confidence in the metrics.
The system is designed to handle the rigors of production level operations. All moving mechanical interfaces use robust linear bearings operating at a fraction of their design load capacity. To preserve fluorophore performance, illumination is removed automatically when cells are not being imaged.
The robotic microscope is contained within a 13" wide x 16" deep x 10" high enclosure with a darkened interior to preserve the intensity of the fluorescing cells. The system employs a reduced intensity illumination scheme to maximize the time a cell can be observed without a loss in detail due to light-induced fluorescence quenching.
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Comet Assay - high volume unattended.
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More Information Please
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