RWD Fluorescence Filter Module

RWD Fluorescence Filter Module

Available Variants: FL CUBE 1 (DAPI), FL CUBE 2 (AO/GFP), FL CUBE 3 (PI)

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Enhance the capabilities of your RWD Advanced Automated Cell Counter with dedicated fluorescence filter modules designed for accurate viability, transfection, and fluorescence-based cell analysis. Each filter cube is optimized for specific fluorophores, allowing researchers to perform rapid fluorescent cell counting and characterization with high sensitivity and reproducibility.

Key Features

• Optimized fluorescence detection for common cellular dyes and markers
• Quick installation and seamless integration with the RWD Advanced Automated Cell Counter
• High-quality optical filters for reliable signal capture and reduced background interference
• Ideal for viability assessment, transfection efficiency studies, stem cell research, oncology, and immunology applications
• Designed for routine research and laboratory workflows

Available Variants

FL CUBE 1 - DAPI Channel

Excitation: 363-388 nm
Emission: 436-484 nm

Designed for DAPI-stained samples and nuclear visualization. Ideal for cell counting applications requiring fluorescent nuclear staining and viability assessment.

Common Applications

• Nuclei staining with DAPI
• Cell viability analysis
• Cell cycle and nuclear evaluation
• Fluorescence-based cell counting

FL CUBE 2 - AO/GFP Channel

Excitation: 466-493 nm
Emission: 516-645 nm

Optimized for Acridine Orange (AO) and Green Fluorescent Protein (GFP) detection, enabling live/dead cell analysis and fluorescent protein-based experiments.

Common Applications

• AO-based viability assays
• GFP-expressing cell analysis
• Cell transfection studies
• Stem cell and culture monitoring

FL CUBE 3 - PI Channel

Excitation: 530-552 nm
Emission: 590-645 nm

Designed for Propidium Iodide (PI) fluorescence detection, commonly used to identify dead or membrane-compromised cells.

Common Applications

• Live/dead discrimination
• Cell viability assessment
• Apoptosis and cytotoxicity studies
• Quality control of cell preparations

Technical Specifications