Spectral Flow Cytometry System

The NovoCyte Opteon Spectral Flow Cytometry System is a brand-new spectral flow cytometry solution designed to revolutionize your cell analysis research.

Equipped with up to 5 lasers and 73 detectors, the NovoCyte Opteon employs an innovative optical design along with advanced electronics and signal processing algorithms, enabling it to deliver high-resolution and high-sensitivity data. The wide dynamic range for fluorescence detection and particle size measurement helps streamline experimental workflows. Built-in temperature control, electronic and fluid sensors provide real-time instrument status monitoring and ensure consistent, reliable data acquisition across varying environmental conditions.

Furthermore, the intuitive and industry-leading NovoExpress software has been further advanced to deliver an exceptional user experience in data acquisition, analysis, and reporting.

ProductFeatures

Up to 5 lasers and 73 high-quality detectors

Innovative optical design for high-sensitivity and high-resolution data

Dual-laser small particle detection with a wide dynamic range

High instrument reliability with built-in temperature control, electronic and fluid sensors

Powerful and intuitive NovoExpress software

Versatile autosampler compatible with 40-tube racks and 384/96/48/24-well plates

Compatible with automated systems

How It Works

Each fluorescent dye provides distinct cellular information

With up to 5 lasers, 73 detectors, and a validated 45-color panel, the NovoCyte Opteon serves as your gateway to multidimensional cell analysis. Expand beyond traditional flow cytometry panels to uncover more insights about your samples.

ProductApplications

Immunophenotyping

Relevant industries urgently require methods and instruments for high-throughput, in-depth analysis of the immune system at the single-cell level. While traditional flow cytometry methods can only capture as many fluorescent parameters as the number of detectors, spectral flow cytometry captures the full fluorescence spectrum of each marker corresponding to all laser beams, allowing for the acquisition of more parameters in a single experiment.

Small Particle Detection

The NovoCyte Opteon FSC/SSC detection optical system and signal processing circuitry have been dual-optimized for 488 nm-SSC and 405 nm-SSC, enabling the resolution of particles as small as 80 nm without needing to adjust settings to view larger cells in the same sample. This capability facilitates high-resolution co-identification and analysis of platelets, bacteria, and various submicron particles alongside cell subpopulations.

Dual SSC Enables Separation of RBCs from WBCs

The optimized dual 488 nm-SSC and 405 nm-SSC on the NovoCyte Opteon can be used to separate red blood cells (RBCs) from white blood cells (WBCs) and platelets without any RBC lysis treatment.