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Fluorescence microplate reader FDSS®-GX
for life sciences applications384-well96-well

Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well - image - 2
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well - image - 3
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well - image - 4
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well - image - 5
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well - image - 6
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well - image - 7
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well - image - 8
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well - image - 9
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well - image - 10
Fluorescence microplate reader - FDSS®-GX  - Hamamatsu Photonics France - for life sciences applications / 384-well / 96-well - image - 11
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Characteristics

Detection mode
fluorescence
Applications
for life sciences applications
Number of wells
384-well, 96-well, 1536-well

Description

FDSS-GX is the highest-performance kinetic plate imager in the FDSS series, optimized for 96-, 384-, and 1536-well for reliable and stable high throughput screening (HTS), enabling whole microplate imaging and simultaneous injections to all wells. This system achieves high sensitivity imaging with qCMOS sensor, and highly accurate and repeatable micro-dispensing by adopting a 1536 ch dispensing unit capable of dispensing variable volumes. By combining optional parts, a robot-free semi-automation system can be built according to the user's purpose. Features 1. 1536 ch manifold pipettor head with independent metal piston cylinders Dispensing accuracy and repeatability are important factors in performing assays. The FDSS-GX achieves highly accurate and repeatable micro-dispensing by adopting a 1536 ch dispensing unit capable of dispensing variable volumes. This dispensing unit has independent metal piston cylinders and dispensing tips dedicated to the FDSS-GX. Dispensing units in 96 ch and 384 ch are also available. Dispensing performance The figure below shows the fluorescence intensity change in time and plate image when B-beads were dispensed into a 1536 microplate (5 µL/well), showing a CV of 1.89 % after dispensing. The 1536 ch dispensing unit with independent metal piston cylinders and dispensing tips dedicated to FDSS provide the best dispensing performance. *This is the actual measurement value when dispensing B-beads (5 µL/well) with overhauled or calibrated 1536 ch dispensing unit and dispensing tips dedicated to FDSS-GX.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.