Exact
Cell counting is a crucial step in various experimental, clinical, and diagnostic procedures. The Exact FL is an automated cell counting platform meticulously designed to provide efficient and precise evaluations of cell concentrations and viability. Leveraging advanced optics and image analysis software, it offers an unprecedented level of detail, capable of distinguishing between cells and debris, identifying individual cells within clusters, and accurately quantifying organoids while measuring their sizes.
Description
Key Features
Enhanced Speed and Consistency: Manual cell counting can be time-consuming and prone to user-dependent variability. The Exact FL tackles this challenge with innovative machine-learning software, complemented by exceptional resolution and an expanded field of view. This combination reduces variability between users, bolstering reproducibility and allowing you to concentrate on your experiments with confidence.
Expanded Insights with Fluorescence: In addition to traditional brightfield cell counting and viability assessment, the Exact FL introduces red and green fluorescence channels. These added channels empower you to count specific cell populations within your samples, facilitating a more comprehensive level of analysis.
Quick and Effortless Setup: The Exact FL is designed for user-friendly operation, requiring no calibration and minimal maintenance. Simply plug it in, and your laboratory can promptly commence cell counting tasks, ensuring a seamless workflow efficiency.
Overview
The Exact FL offers an efficient and cost-effective solution for cell counting, seamlessly combining both brightfield and fluorescence-based methodologies. Equipped with state-of-the-art CMOS-based optics and AI-driven analysis, it eradicates uncertainties associated with routine cell counting, ensuring precise and reproducible results.
Software/Algorithms
The Exact FL provides two software modules tailored to your specific assay needs:
Cell Counting: Available in both brightfield and fluorescence modes, this module excels in accurately quantifying cell concentration, size, and viability. It proves invaluable for tasks such as cell seeding, protocol standardization, cell growth assessment, and more.
Organoid Counting: Leveraging advanced machine-learning algorithms, this module enables the precise counting and analysis of organoids, significantly enhancing your capability to work effectively with these intricate structures.
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