Product Description
Cell Viability Protection
- Minimizes shear stress even at a high throughput of 80,000 events/s to preserve delicate sample viability.
- Employs independent laser beam spots and in-cuvette interrogation to maximize signal-to-noise ratios from the source.
Rare & Weak Signal Capture
- Fluorescence sensitivity effortlessly resolves sub-micron particles and microvesicles.
- Supports up to 5 lasers and 27 fluorescence channels with full-spectrum profiling for cell subtypes.
Unattended Automation
- Streamlines daily startup with single-click calibration bead loading and automated Levey-Jennings (L-J) chart generation.
- Algorithms automatically calculate and adjust drop delay and laser delay, ensuring absolute sorting accuracy.
- Features Real-time drop delay monitoring and automated dry-run unloading for a reliable walkaway workflow.

You May Also Like
DiOne series All-in-One Droplet Digital PCR Systerm
A compact digital PCR platform combining sample preparation, amplification, and analysis in a single, easy-to-use instrument.
Digital Matrix series Two-Unit Droplet Digital PCR Systerm
The Digital Matrix series harnesses advanced microfluidics to generate ~20,000 nanoliter droplets per sample. Using Poisson statistics for high-resolution absolute quantification, this powerful system makes precision genomic analysis accessible for every lab.
QX series Real-Time qPCR Systerm
Accelerate your molecular research with the QX Series, a high-performance research-grade qPCR detection system. Featuring cascade dual-PID technology and scientific-grade SCMOS optics, the QX Series optimizes thermal consistency and signal detection for precision genomics.
3DDS Rapid 3D Specimen Digitization & Reconstruction System
Pioneering one-click automated modeling technology that enables high-precision 3D reconstruction in approx. 15 mins. It transforms physical specimens into 720° panoramic digital models without damage, maximizing efficiency for research, archaeology, and quarantine inspection.
Contact Us
You Can Contact Us At Anytime!