CytoFLEX LX Flow Cytometer

CytoFLEX LX Flow Cytometer (5‑Laser + Plate Loader)

Description

CytoFLEX LX N3-V5-B3-Y5-R3-I0 Flow Cytometer has 5 lasers (375 nm, 405 nm, 488 nm, 561 nm, 638 nm) and 19 channels for fluorescence detection and 2 light scattering parameters FSC & SSC (SSC could be detected by any laser, which improves its sensitivity, especially for small particles).

The CytoFLEX features an integrated 96-well plate loader, capable of reading flow rates ranging from 10μL to 240μL/min.

CytoFlexLX system

 

Features

  • Volumetric sample injection allows absolute cell counting
  • 5 Lasers at 375 nm (NUV), 405 nm (Violet), 488 nm (Blue), 561 nm (Yellow‑Green), and 638 nm (Red) in standard configuration. Support for up to 19 total fluorescence detectors.
  • 19 repositionable bandpass filters for customizable marker panels.
  • Built‑in 96‑well (flat/U/V/Deep well) plate loader with <0.5% carryover. Minimum sample volume ~45 μL, full plate in ~34–40 minutes.
  •  Integrated optics, digital signal processing, and automated cleaning routines ensure reliability and ease of use.
  • Linear detectors (APD) that enables linear compensation

Specifications Summary

  • Lasers – 375 nm, 405 nm, 488 nm, 561 nm, 638 nm
  • Excitation – 405 nm, 488 nm, 561 nm, 642nm and Side scatter – 785 nm
  • Fluorescence Detectors – Up to 19 channels
  • Flow Cell – Quartz, NA > 1.3; size 420 µm×180 µm
  • Acquisition Rate – ~30,000 evt/sec for 15 parameters

Software: CytExpert

  •  Detects dim populations with excellent resolution.
  •  Intuitive experiment setup, real-time visualization, and easy data analysis.
  •  Daily quality control and guided cleaning ensure consistency.
  •  Adjust plots, gates, and compensation live during acquisition with immediate feedback.
  •  Fast acquisition rates, customizable templates, and FCS 3.1 export for seamless integration with analysis software.
CytoFlex Filters

For booking or more info

Please contact Flow Team,
Tel. 073-378-3676, to coordinate a meeting. 

Related Documents

Beckman Coulter Website