Accommodate Multiple Users and Applications: The Omni Pro 12 is designed to handle up to 12 microwell plates simultaneously, supporting a wide range of applications and analytical needs.
Versatile Imaging Options: From label-free cell monitoring to fluorescence-based assays, the Omni Pro 12 offers multiple imaging modes to visualize intricate biological processes effectively.
Continuous Monitoring in Your Incubator: With its compact design, the Omni Pro 12 can be placed inside your incubator, capturing images of your cells as they thrive in their ideal environment.
Automated Convenience: The Omni Pro 12 features an automated robotic arm that tirelessly places microplates onto the stationary sample stage, allowing you to effortlessly monitor your cells and conduct data analysis from your desktop.
Quick and Easy Setup: A brief training session is all you need to start using the Omni Pro 12. This user-friendly platform requires no maintenance or calibration, ensuring a hassle-free experience.
The Omni Pro 12 platform is meticulously crafted to streamline and expedite the acquisition of intricate biological data. Through the integration of brightfield and fluorescence imaging, coupled with cutting-edge software tools, the Omni Pro 12 empowers you to non-invasively and instantaneously scrutinize cell well-being and performance.
The Omni Pro 12 offers a selection of 5 distinct software modules tailored to match your specific assay requirements:
Cell Confluence: Available in both brightfield and fluorescence, this module enables you to precisely determine the ideal timing for cell passaging, or to monitor cell growth and viability throughout your experiments.
Wound Healing/Scratch Assay: Explore the progression of wound closure over time, gaining insights into cellular migration and tissue repair dynamics.
Clonogenic Assay: This module allows you to closely track and quantify cell proliferation and colony formation, making it an invaluable tool for studying the effects of cytotoxic and immunotherapeutic agents.
Fluorescent Object Count: Quantify fluorescent objects over time and across different wells when conducting fluorescence-based assays, facilitating the accurate measurement of dynamic cellular responses.
Organoid Analysis: Utilizing advanced machine-learning algorithms, this module enables the identification, tracking, and comprehensive analysis of organoids across various culture vessels, unlocking valuable insights for your research.