Beckman Coulter Dxflex Flow Cytometer
Product Details :
| Model Name/Number | DxFlex |
| Brand | Beckman Coulter |
| Inlet system | 12x75 mm |
| Sample tube loading | Via Single Tube Loader(up to 30,000 events per sec) |
| Voltage | 240 VAC |
| Frequency | 50 Hz |
| Side Scatter Resolution | 300 nm |
| Data Resolution | 24 bit data resolution, Fully digital system with 7 decades dynamic range |
| Fluorescence Resolution | CV less than 2% |
| Nominal Acquisition Rate | 30,000 events per second with 15 parameters |
| Sample Flow Rates | Pre-set Flow Rates: 10, 30 and 60 microlitre/min |
| Fluid Capacity | Standard 4 L tanks |
| Sheath Fluid Consumption | Average Sheat Consumption: 10 +/- 1 mL/min |
| Dead Volume (Carousel) | 25 microlitre |
| Cytometer Dimension | 16.7 in x 16.7 in x 13.4 inch |
| Weight | 23.4 kg |
| Power | 150VA |
| Language | English and Chinese |
DxFLEX is a new clinical flow cytometry platform derived from the successful CytoFLEX. The advanced sensitivity and intuitive software DxFLEX makes flow cytometry routine for both novice and expert flow cytometry technicians and promotes standardization. Functionality in the autoloader facilitates accurate results and sample tracking.
- Wavelength Division Multiplexing (WDM) detection modules offer superior signal resolution
- Simplified system settings, data acquisition & result export functions
- Different instrument configurations available with up to 3-laser and 13-color detection
- Optional DxFLEX Autoloader decreases the hands on time with multiple tube loading and plate loading*
- Compact design for use in biological safety cabinets
Optional Autoloader Module
An optional autoloader module can be added to the DxFLEX flow cytometer to decrease hands on time during acquisition. The module accepts a standard 32-tube carousel, or with an additional optional adapter can support sample loading from 96-well plates*. When using the carousel, an integrated barcode reader can be used for extra verification of sample identity.
Performance
A unique assembly of technologies are used to minimize light loss and therefore maximize sensitivity. A new approach to light management underpins every decision in the design. The result is an instrument with resolving power to separate dim and bright populations. The separation facilitates setting gates and calculating statistics.






























