3Dm™: Advanced Data Management for Large-Scale Imaging
Unlock the power of automated registration, alignment, and flat field correction for your large imaging datasets.
3Dm™ pipeline is engineered for the automated processing of large and ultra-large datasets, ensuring seamless integration and analysis.
Automate image alignment, stitching, and correction with unmatched speed and precision.

Automated Registration and Alignment
Precise Alignment
Automatically stitch images post-imaging, delivering high accuracy and efficiency across large datasets.
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Reduced Manual Intervention
Minimizes the need for manual adjustments, saving time and resources while ensuring consistent results.
Enhanced Data Integrity
Maintains the integrity of your data through automated, standardized processes, reducing the risk of errors.

Flat Field Correction for Enhanced Image Quality
Uniform Illumination
Corrects for uneven illumination across the imaging field, providing consistent brightness and contrast.
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Artifact Removal
Eliminates artifacts and distortions, resulting in clearer and more accurate images for analysis.
Improved Analysis
Enhances the quality of data, making it easier to identify and quantify features of interest in your samples.
Destriping
Stripe artifacts from uneven illumination or shadows are automatically detected and smoothed to produce cleaner 3D images.

Seamless Multi-Channel Fluorescence Integration
Integrated Channels
Integrates multiple fluorescent channels effortlessly, creating comprehensive datasets for detailed analysis.
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Accurate Co-Localization
Ensures precise co-localization of markers, providing valuable insights into cellular interactions.
Streamlined Workflow
Simplifies the process of combining and analyzing data from different channels, improving efficiency.

Ultra-Large Dataset Processing Capabilities
Scalable Processing
Handles datasets of any size, from gigabytes to terabytes, using a custom, fully automated pipeline to ensure efficient processing and analysis.
High-Throughput
Optimized for high-throughput workflows with GPU-accelerated performance, enabling rapid processing of large numbers of samples.
Resource Optimization
Utilizes advanced algorithms to balance workload distribution, reduce computational overhead, and ensure consistent performance even under demanding conditions.
Applications & Success Stories
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Accelerate drug development with enhanced image analysis and data management.
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Enhance clinical research with seamless integration of multi-channel fluorescence data.
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Discover novel biomarkers with ultra-large dataset processing capabilities.