Xenium Analyzer High-Resolution Single Cell Spatial Imaging System

H2: Xenium Analyzer – High-Performance Single Cell Spatial Imaging Platform

The Xenium Analyzer is a state-of-the-art single cell spatial imaging platform designed for rapid data exploration and in-depth biological insights. Built for researchers seeking to target the biology that matters, it enables analysis of up to 400 mm² of fresh frozen or FFPE tissue within less than 50 hours.

H3: Real-Time Data Processing and Onboard Analysis

The system processes data during the run, allowing immediate visualization and exploration of results without requiring post-run computation delays. This real-time capability supports dynamic decision-making throughout experimental workflows.

H3: No Cloud Required – Open File Formats for Flexible Workflows

Data analysis can be conducted locally with no dependency on cloud infrastructure. The platform uses open file formats that are compatible with a wide range of community-developed bioinformatics tools, enabling seamless integration into existing analytical pipelines.

H3: Precision-Designed Panels and Rapid Customization

Xenium panels are carefully curated using a data-driven approach that combines expert biological knowledge with years of single cell research experience. Custom panel design is fast and straightforward, allowing researchers to focus on their specific biological questions.

H3: Enhanced Insights Through Integration with the 10x Genomics Toolkit

The Xenium Analyzer delivers greater analytical power when used in conjunction with other 10x Genomics solutions:

• Chromium Single Cell: Perform high-throughput transcriptomic profiling across up to one million single cells. Enable multiomic analysis, characterize tissue heterogeneity, identify rare cell populations, and uncover molecular mechanisms at the cellular level.

• Visium Spatial: Capture spatial gene expression data from FFPE or fresh frozen tissue sections. Combine whole transcriptome discovery with precise localization of cellular function within tissue architecture.

H3: Application in Research Settings

Ideal for use in research laboratories focused on oncology, immunology, neuroscience, and developmental biology, where understanding both molecular identity and spatial context is critical. The platform supports advanced studies in tumor microenvironments, immune cell interactions, and tissue organization at single cell resolution.

H3: Compliance and Certification

The Xenium Analyzer complies with international standards for research use only (RUO) and is designed to meet the quality requirements of high-precision life science applications.