Analytik Jena US UVP ChemStudio and UVP ChemStudio Touch 695

Description

Analytik Jena US UVP ChemStudio and ChemStudio Touch 695 is for use in laboratories performing genomic and proteomic applications. With top of the line 6 MP camera for high sensitivity imaging of Western blots, fluorescent Westerns, immunoblots, protein blots, DNA gels, protein gels.

• Available as either a stand-alone touch screen operated imager or external computer operated system for laboratores with particlar IT/computer requirements
• Maximizes laboratory bench space

Advanced technical specifications and capabilities:

• High resolution, light sensitivity with 6 megapixel camera
• f/0.95 lens for quick exposure speeds in low light and long exposure applications
• Has overhead white, red, green and blue excitation LEDS for multiplex applications
• Use the UVP Visi-White™ LED Transilluminator or the economical alternative the UVP Visi-White™ Converter Plates for Coomassie blue, Silver Stains, and other trans white-light applications
• Use the UVP Visi-Blue™ LED Transilluminator or the economical alternative the UVP Visi-Blue™ Converter Plate for blue excitation applications, including GelGreen and SYBR Green (460 to 470 nm)
• VisionWorks Acquisition and Analysis Software full package used on external computer
• Features quantitative analysis and report generation

Designed for laboratory efficiency and ease-of-use:

• UVP ChemStudio touch includes an integrated 13.3 in., wide touch-screen computer
• Allows clear visuals of faint bands and finer details of images
• Multi-tasking is easier to perform on wide screen, requiring multiple windows and files
• Large and visible icons on VisionWorks touch Software, increases accessibility for improved and efficient workflow
• Integrated computer has 500 GB of hardware capacity to store large amounts of images, application presets and data
• 7 USB ports available for use of keyboard, mouse and other accessories.
• Stylus is included for simple and precise control
• Darkroom features Thin-Line Transilluminator in slide-out tray, with uniform and high-intensity UV lighting in a compact form
• Wide maximum illuminated imaging area of 21 x 17 cm
• Allows imaging of multiple blots, of various sizes
• Thin-Line Transilluminator is designed with long-life UV lamps, for minimum service requirements
• Thin UV lamp technology is instant-on with no need for warm-up
• UV intensity switch 'low/high' is included for optimal radiation for documentation or for preparative work

Automation features improves workflow in laboratories:

• Image capture and enhancement is automated with application based icons
• Used for quick selection of various gel and blot applications
• Custom application icons can be created for particular research needs
• Large range of application settings are saved for various researchers performing experiments on one imaging system
• Software controlled five-position filter wheel, in slide-out tray
• Allows for simple changeover, to various emission wavelengths
• All systems include unlimited copies of full package VisionWorks™ Acquisition and Analysis Software, with extensive quantitation and analysis features
• Dedicated application and technical service teams available to provide customized service and support
• Internal hardware, including camera, lens and computer is field accessible for troubleshooting and repairs
• Expert technical support and application specialists
• Three-year manufacturer warranty included with this system
• IQ/OQ (Installation and Qualification) Documents and on-site support can be purchased

Certifications

CSA listed

Warranty and Services

3 years

Specifications

• Display: None
• Hertz: 60 Hz
• Voltage: 115 V
• Depth (English): 16 in.
• Depth (Metric): 41 cm
• Height (English): 24 in.
• Pixel Size: 6 MP
• Width (English): 18 in.
• Includes: Ethidium Bromide filter and VisionWorks™ Software
• Height (Metric): 61 cm
• Width (Metric): 46 cm
• For Use With (Application): Chemiluminescence, Multiplex fluorescence, NIR, RGB, DNA gels, Protein gels, Plant imaging Fluorescent dyes, Colorimetric imaging, Colony counting, Visible Fluorescence, Infrared