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Describes UV radiation hazards and precautions for system operation.
Details safety measures for handling electrical equipment.
Explains the purpose and location of the protective ground terminal.
Covers general information, safety features, maintenance, and serviceability of laser systems.
Outlines the warranty terms and conditions for the imaging system.
Details compliance with EC Directives and harmonized standards.
Specifies compliance with FCC rules for radio frequency emissions.
Provides company contact details for support and inquiries.
Lists technical specifications for different imaging system models.
Provides contact details for technical assistance and inquiries.
Guidelines for positioning the system in the laboratory environment.
Instructions for connecting the system to a suitable power source.
Steps for powering the system on, launching software, and powering off.
Information on the pre-installed Azure Capture Software.
How to connect external USB devices like keyboards and mice.
Lists and describes the available imaging modes on the home screen.
Explains essential terms like pixel binning and exposure types.
Instructions for placing samples and using trays in Chemi Blot mode.
Details on exposure, pixel binning, and live mode for Chemi Blot.
Steps for preparing samples and setting up for fluorescent imaging.
How to select fluorescent channels and configure imaging parameters.
Instructions for sample placement and choosing dyes for nucleic acid gels.
Configuration of exposure, binning, and UV override for nucleic acid gels.
Describes different modalities and sample placement for protein gel imaging.
Guidance on selecting dyes and adjusting imaging parameters for protein gels.
Choosing imaging types and trays based on sample characteristics.
How to use the Auto Image function for true color imaging.
Steps for creating and configuring custom imaging protocols.
Selecting light sources, filters, and exposure types for custom imaging.
Options for opening, saving, printing, and exporting images.
Introduces tools for adjusting image contrast, brightness, and orientation.
Detailed explanation of image adjustment tools like Adjustments, ROI, and Resize.
Configuration options for dye lists, file saving, and auto-exposure.
Information on darkmasters, focus calibration, and flats.
The Azure Imaging System is a high-performance device designed for a wide range of imaging applications in research. It offers intuitive user interface software, allowing for multiple applications to be programmed with a touch. The system eliminates the need for manual focus adjustment; users simply place the sample, select an exposure time, and capture the image. The family of instruments includes models 200, 280, 300, 300Q, 400, 500, 500Q, and 600, with field upgradeability to higher models for expanded applications.
The Azure Imaging System captures high-quality images from various sample types, including chemiluminescent blots, fluorescently labeled samples, nucleic acid gels with dyes, protein gels with dyes, and true color samples. It supports multiplex imaging in up to four channels (red, green, blue, and grayscale pseudocolor). The system is equipped with a camera, light sources, a filter wheel, and an integrated touchscreen computer for control and image acquisition.
One-year warranty against defects in materials and workmanship, unless otherwise specified. Exclusions include defects from improper operation, unauthorized repair/modification, use of non-Azure spare parts, damage from accident/misuse/disaster, corrosion, and unauthorized movement of the system.
This instrument is suitable for research use only and should be operated by personnel aware of health risks associated with reagents.
General| Brand | Azure |
|---|---|
| Model | 200 |
| Category | All in One Printer |
| Language | English |
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