This Cellular Analysis Optofluidic System is a cutting-edge platform designed specifically for cell line development applications. Featuring positive pressure fluidics and advanced optofluidic technology, this system offers precise control and multiplexed analysis capabilities to accelerate and optimize cell selection workflows, drastically cutting development timelines while enhancing clone quality and productivity.
Product Features
- Positive pressure fluidics for accurate and consistent sample handling
- Tailored for efficient cell line development and screening of CHO cell lines
- High-throughput capabilities increase productivity up to 2x
- Monoclonality assurance over 99%, with superior cloning efficiencies compared to FACS and limiting dilution
- Integrated Opto CLD workflow streamlines cloning, screening, and selection
- Opto Assure Quality Assays for rapid identification of clones with desirable product quality
- Custom Productivity Assay supports diverse non-antibody molecules
- Compact and space-efficient design for demanding lab environments
- High-quality multi-color fluorescence imaging for precise monitoring and quality control
- Free-standing unit dimensions: 46" W x 34" D x 71.5" H; Weight approx. 1,260 lb
- Operates optimally at 64–79°F with 20–60% humidity
- Robust platform designed for reliable performance in advanced biological research
Benefits
- Improves cell line development efficiency through precise fluidic control
- Supports complex assays with multiplexing potential
- Reduces manual intervention and increases reproducibility
- Accelerates development timelines by up to 50%
- Enhances overall workflow with seamless integration and automation from transfection to clone selection
- Ensures superior clone quality and productivity outcomes
Why Choose This Cellular Analysis Optofluidic System?
This system delivers exceptional fluidic precision, high-throughput performance, and analytical versatility, making it an ideal choice for accelerating cell line development and advancing biotechnological and pharmaceutical research.
