VILBER Fusion FX6-XT (Spectra) chemiluminescence, multi-color fluorescence, and in vivo imaging system
Fusion FX6-XT is a fully automatic multi-function imaging system integrating gel imaging, chemiluminescence and multi-color fluorescence (optional).
Adopting the latest generation cooled CCD camera with 6.3 million real pixels, quantitative analysis is more accurate and reliable; 82% @ 520nm quantum efficiency, equipped with f 0.84 large aperture fixed focus lens, with ultra-high detection sensitivity.
Equipped with a sample tray sensor, it does not require repeated focusing and automatically recognizes samples.
It can be upgraded to Fusion FX6-XT Spectra, equipped with RGB Spetra or IR/R/G Spectra, as well as multi wavelength reflective light sources such as Blue and 365nm UV. The unique Pulsed light and Net LED technology improve the frequency and uniformity of the excitation light source, effectively reducing experimental errors.
Detailed description of the product:
- 1-inch CCD chip, 6.3 million real pixels, 16 bit grayscale, ensuring unparalleled resolution and sensitivity
- A fully automated system in the true sense: With just one click, complex processes such as adjusting the lens, aperture, selecting appropriate light sources and filters, calculating exposure time, etc. are instantly completed automatically, and perfect images are automatically presented
- Adopting the unique F0.84 fully automatic fixed wide-angle lens, the best lens on the market currently automatically recognizes the position of the sample without the need for repeated focusing
- Configurable StarLight RGB three color light device, providing 470nm (blue), 523nm (green), and 624nm (red) wavelength light sources to meet the needs of various long wave excitation light sources
- Method "driver software: A series of parameters required for imaging can be saved as a" method "for easy access in the future, ensuring high repeatability of the instrument; Software can automatically control the system
- The unique HSR High Sensitivity Reading technology and Microlens technology effectively improve sensitivity
- The unique Image Master technology allows operators to intuitively understand the brightness, dynamic range, and pixel saturation of an image, thereby achieving control over each image and obtaining a perfect image
- All analysis software complies with Good Laboratory Practice (GLP)
CCDChip: | 1-inch research grade CCD chip |
CCDResolution: | 2838 (H) x 2224 (V), 6.3 million real pixels |
Image resolution: | 20 million pixels |
Quantum efficiency: | 82% @520nm,74% @450nm |
CCDTemperature: | -30 ℃ absolute temperature, relative to room temperature -55 ℃ |
Dynamic range: | 4.8OD, 16 bit grayscale |
camera lens: | F0.84 fully automatic fixed focus lens |
Sensitivity: | The minimum detectable DNA band for EB staining is 0.01ng |
Data transmission: | USB 2.0 Fast Data Transfer |
Dark box: | Five layers of sample positions, four layers for chemiluminescence, adjustable according to sample size |
Filter wheel: | Fully automatic 6-bit filter wheel, standard F590 M58 interference filter, which can be used for DNA, RNA gel dyed with EB, Goldview, Gelred and other dyes |
Translucent table: | Standard configuration includes a super bright ultraviolet transmission table and an integrated ultraviolet protection plate with an area of 21 × 26 cm |
Light source: | Reflective white light at the top and transmitted white light at the bottom, used for illumination and protein glue, film or membrane stained with Coomassie Brilliant Blue or SilverStandard side white light, optional side wall far red, red, green, blue excitation light sources, as well as transmitted white light and transmitted blue light |
Tray sensor: | The darkroom is equipped with a sample tray sensor that automatically detects the position of the sample, eliminating the need for repeated focusing and achieving one click imaging |
Software: | Standard Fusion Cap image acquisition and analysis software, with various image processing and analysis functions such as 3D image acquisition, background removal, flat field correction, molecular weight analysis, migration rate calculation, and relative quantification. |