Revolutionary Features of AutoMorph Cell Imager

• • Multimodal Imaging Without Mechanical Switching
  • • Integrates brightfield (BF), darkfield (DF), phase contrast (PC), and differential interference contrast (DIC) imaging into a single, programmable system.
    • Achieves rapid imaging across all modalities in under one second without the need for mechanical adjustments.
    • Eliminates instability caused by mechanical switching, enhancing image quality and system reliability.
  • Fused Imaging for High-Information-Content Images
  • • Utilizes programmable spatial light modulation (SLM) to combine features from multiple imaging modalities into a single, fused image.
    • Provides richer information content for AI-based recognition tasks, ensuring more accurate and insightful analysis.
  • Customizable Phase Control
  • • Leverages precise phase modulation via SLM to adapt imaging settings to specific sample requirements.
    • Enables optimal phase contrast imaging through tunable phase settings, far surpassing traditional microscopes in flexibility and precision.
  • Fast and Efficient Data Acquisition
  • • Captures multimodal images with exceptional speed and stability, ideal for high-throughput cell culture monitoring.
    • The SLM-based design ensures smooth and efficient imaging processes, reducing bottlenecks in automated production workflows.
  • Scalable and Cost-Effective Design
  • • Eliminates mechanical components, reducing maintenance costs and system complexity.
    • Seamlessly integrates into automated production lines, enhancing operational efficiency and scalability.

Addressing Key Challenges in Cell Therapy

• Imaging Efficiency: AutoMorph drastically improves imaging speed and stability by eliminating mechanical switching, ensuring consistent and reliable data acquisition.
• Enhanced Data Quality: The fused imaging capabilities deliver richer, more detailed images, supporting advanced analysis and quality control in automated workflows.
• AI-Ready Imaging: High-information-content images provide an ideal foundation for AI-based recognition and analysis tasks, improving decision-making and reducing error rates.
• Streamlined Workflow: By automating multimodal imaging and enabling rapid, precise observations, AutoMorph simplifies the complexities of monitoring cell cultures. 

Applications of AutoMorph Cell Imager

• Cell therapy CDMO and CDRMO teams optimizing and validating imaging workflows in advanced therapy development pipelines.
• Cell Therapy Quality Control: Monitor and assess cell cultures with unmatched precision, ensuring consistent quality for therapeutic applications.
• Stem Cell Research: Empower advanced studies in stem cell behavior, differentiation, and development with precise and versatile imaging capabilities.
• Extracellular Vesicle Analysis: Unlock insights into extracellular vesicle biology with high-information-content imaging that supports accurate detection and characterization.
• Automated Production Lines: Seamlessly integrates into automated environments for real-time monitoring and quality inspection of cell culture production.
• AI-Based Analysis: Provides high-quality, fused imaging data to support machine learning algorithms, improving accuracy and efficiency in automated analysis.

Redefining the Standards of Cell Imaging

The AutoMorph Cell Imager represents a transformative advancement in automated cell culture monitoring. By combining multimodal imaging, programmable adaptability through SLM technology, and high-speed performance, it empowers researchers and industry professionals to meet the growing demands of cell therapy with confidence and precision. Whether you’re optimizing quality control workflows or advancing cell therapy research, AutoMorph is the key to unlocking superior performance and outcomes.

Discover the AutoMorph Advantage 

Contact us today to learn more about how the AutoMorph Cell Imager can elevate your cell culture monitoring processes and revolutionize your workflows.