Cost-efficient, sensitive, and quantitative imaging of Western blots and other monochromatic fluorescence and colorimetric imaging applications.
16-bit dynamic range minimizes the need for repeated acquisitions at multiple exposures because faint and dark bands can be accurately captured and analyzed in the same image.
High resolution, 1.92 megapixel camera delivers accurate quantitation of closely spaced bands in complex protein samples for gels and films up to 21 x 16 cm.
High sensitivity enables detection and quantitation of low-abundant proteins on a Western blot.
Simplified workflow eliminates the time, effort, and environmental waste of the darkroom.
Easy-to-use system allows rapid switching between applications such as analyzing blots or imaging gels, microplates, or culture dishes.
High resolution imaging from a unique progressive scanning CCD; for differential protein expression using Ettan DIGE and relative quantitation Western Blotting with ECL Plex.
Optimized and balanced fluorescence detection in multiplexed experiments, ensures minimal experimental bias, superior sensitivity and signal-to-noise.
High sensitivity for imaging faint spots combined with a linear dynamic range greater than 3.5 orders of magnitude to allow accurate quantitation of low and high concentrations simultaneously.
Dedicated, removable sample handling cassettes for naked gels and membranes, as well as DALT and SE 600 series gel formats.
Very low noise from the innovative use of advanced low fluorescent materials within the optics path and sample cassette.
Shielded optics to minimize sample heating and fluorophor degradation during scanning.
Sealed environment for sample protection during the scanning of both wet and dry samples.
Cost- effective fluorescent imager with a wide application range and a powerful but low-cost light (excitation) source that can be easily replaced by the user.
Versatile system platform, handles gel sandwiches, agarose and polyacrylamide gels, membranes, microplates, and even microarrays.
Powerful excitation sources and innovative high-quality confocal optics allow for the sensitive detection of low-abundance targets.
Red-, green-, and blue-excitation wavelengths and a wide choice of emission filters enable imaging of an extensive variety of fluorophores.
Automated four-color fluorescence scanning allows multiplexing of multiple targets in the same sample ensuring accuracy of analysis, increasing throughput, and saving time.
Storage phosphor technology delivers high-resolution imaging and accurate quantitation of 3H, 14C, 125I, 32P, 33P, 35S, and other sources of ionizing radiation.
Highly sensitive optics enable direct chemiluminescent imaging without intermediate exposure to films or screens.
Western blotting | Chemifluorescence (ECL, ECL Plus, ECL Advance)
ImageQuant 350
Cost-efficient, sensitive, and quantitative imaging of Western blots and other monochromatic fluorescence and colorimetric imaging applications.
16-bit dynamic range minimizes the need for repeated acquisitions at multiple exposures because faint and dark bands can be accurately captured and analyzed in the same image.
High resolution, 1.92 megapixel camera delivers accurate quantitation of closely spaced bands in complex protein samples for gels and films up to 21 x 16 cm.
High sensitivity enables detection and quantitation of low-abundant proteins on a Western blot.
Simplified workflow eliminates the time, effort, and environmental waste of the darkroom.
Easy-to-use system allows rapid switching between applications such as analyzing blots or imaging gels, microplates, or culture dishes.
Western blotting - Fluorescence (ECL Plus, ECL Plex)
Ettan™ DIGE Imager
High resolution imaging from a unique progressive scanning CCD; for differential protein expression using Ettan DIGE and relative quantitation Western Blotting with ECL Plex.
Optimized and balanced fluorescence detection in multiplexed experiments, ensures minimal experimental bias, superior sensitivity and signal-to-noise.
High sensitivity for imaging faint spots combined with a linear dynamic range greater than 3.5 orders of magnitude to allow accurate quantitation of low and high concentrations simultaneously.
Dedicated, removable sample handling cassettes for naked gels and membranes, as well as DALT and SE 600 series gel formats.
Very low noise from the innovative use of advanced low fluorescent materials within the optics path and sample cassette.
Shielded optics to minimize sample heating and fluorophor degradation during scanning.
Sealed environment for sample protection during the scanning of both wet and dry samples.
Cost- effective fluorescent imager with a wide application range and a powerful but low-cost light (excitation) source that can be easily replaced by the user.
Versatile system platform, handles gel sandwiches, agarose and polyacrylamide gels, membranes, microplates, and even microarrays.
Powerful excitation sources and innovative high-quality confocal optics allow for the sensitive detection of low-abundance targets.
Red-, green-, and blue-excitation wavelengths and a wide choice of emission filters enable imaging of an extensive variety of fluorophores.
Automated four-color fluorescence scanning allows multiplexing of multiple targets in the same sample ensuring accuracy of analysis, increasing throughput, and saving time.
Storage phosphor technology delivers high-resolution imaging and accurate quantitation of 3H, 14C, 125I, 32P, 33P, 35S, and other sources of ionizing radiation.
Highly sensitive optics enable direct chemiluminescent imaging without intermediate exposure to films or screens.
High resolution imaging from a unique progressive scanning CCD; for differential protein expression using Ettan DIGE and relative quantitation Western Blotting with ECL Plex.
Optimized and balanced fluorescence detection in multiplexed experiments, ensures minimal experimental bias, superior sensitivity and signal-to-noise.
High sensitivity for imaging faint spots combined with a linear dynamic range greater than 3.5 orders of magnitude to allow accurate quantitation of low and high concentrations simultaneously.
Dedicated, removable sample handling cassettes for naked gels and membranes, as well as DALT and SE 600 series gel formats.
Very low noise from the innovative use of advanced low fluorescent materials within the optics path and sample cassette.
Shielded optics to minimize sample heating and fluorophor degradation during scanning.
Sealed environment for sample protection during the scanning of both wet and dry samples.
Cost- effective fluorescent imager with a wide application range and a powerful but low-cost light (excitation) source that can be easily replaced by the user.
Versatile system platform, handles gel sandwiches, agarose and polyacrylamide gels, membranes, microplates, and even microarrays.
Powerful excitation sources and innovative high-quality confocal optics allow for the sensitive detection of low-abundance targets.
Red-, green-, and blue-excitation wavelengths and a wide choice of emission filters enable imaging of an extensive variety of fluorophores.
Automated four-color fluorescence scanning allows multiplexing of multiple targets in the same sample ensuring accuracy of analysis, increasing throughput, and saving time.
Storage phosphor technology delivers high-resolution imaging and accurate quantitation of 3H, 14C, 125I, 32P, 33P, 35S, and other sources of ionizing radiation.
Highly sensitive optics enable direct chemiluminescent imaging without intermediate exposure to films or screens.
Cost-efficient, sensitive, and quantitative imaging of Western blots and other monochromatic fluorescence and colorimetric imaging applications.
16-bit dynamic range minimizes the need for repeated acquisitions at multiple exposures because faint and dark bands can be accurately captured and analyzed in the same image.
High resolution, 1.92 megapixel camera delivers accurate quantitation of closely spaced bands in complex protein samples for gels and films up to 21 x 16 cm.
High sensitivity enables detection and quantitation of low-abundant proteins on a Western blot.
Simplified workflow eliminates the time, effort, and environmental waste of the darkroom.
Easy-to-use system allows rapid switching between applications such as analyzing blots or imaging gels, microplates, or culture dishes.
Cost-efficient, sensitive, and quantitative imaging of Western blots and other monochromatic fluorescence and colorimetric imaging applications.
16-bit dynamic range minimizes the need for repeated acquisitions at multiple exposures because faint and dark bands can be accurately captured and analyzed in the same image.
High resolution, 1.92 megapixel camera delivers accurate quantitation of closely spaced bands in complex protein samples for gels and films up to 21 x 16 cm.
High sensitivity enables detection and quantitation of low-abundant proteins on a Western blot.
Simplified workflow eliminates the time, effort, and environmental waste of the darkroom.
Easy-to-use system allows rapid switching between applications such as analyzing blots or imaging gels, microplates, or culture dishes.
Highly sensitive flatbed scanner for for most common nonfluorescent densitometric applications in the life sciences, especially electrophoresis evaluation.
Linearity above 3.4 OD.
16-bit pixel depth provides accurate quantitation.
Provides high sensitivity of very faint images without additional filters.
Versatile system platform, handles gel sandwiches, agarose and polyacrylamide gels, membranes, microplates, and even microarrays.
Powerful excitation sources and innovative high-quality confocal optics allow for the sensitive detection of low-abundance targets.
Red-, green-, and blue-excitation wavelengths and a wide choice of emission filters enable imaging of an extensive variety of fluorophores.
Automated four-color fluorescence scanning allows multiplexing of multiple targets in the same sample ensuring accuracy of analysis, increasing throughput, and saving time.
Storage phosphor technology delivers high-resolution imaging and accurate quantitation of 3H, 14C, 125I, 32P, 33P, 35S, and other sources of ionizing radiation.
Highly sensitive optics enable direct chemiluminescent imaging without intermediate exposure to films or screens.
