270,000+
PORTFOLIO

You don’t need an overengineered automation stack or dedicated specialists to achieve reproducible, defensible results in mammalian workflows.
The ClonePix® 2 Enhanced for Monoclonality Verification brings precision, consistency, and confidence to one of the most critical steps in cell line developmentL helping teams move forward faster with clones they can trust.
From screening and selection to image-based verification, automation now fits your workflow, your team, and the demands of modern biopharma development.
The ClonePix 2 Enhanced for Monoclonality Verification features a new optical system with rapid Z-stack acquisition capabilities, allowing for high-resolution imaging at multiple focal depths to ensure precise single-cell detection.
Simplified from cell platingt o picking, this enhanced system reduces media volume requirements and increases plate throughput, enabling more efficient use of resources and time.
This system ensures that each picked colony has undergone rigorous monoclonality verification at the outset, ensuring a shorter timeline through a single round of clone screening to proof monoclonality.

Achieve exact colony selection thanks to the system’s ability to perform detailed day 0 imaging, ensuring that only the highest quality monoclonal colonies are processed.
Significantly cut down on the time from cell plating to final selection, integrating imaging, screening, and picking processes into streamlined steps for rapid throughput.
With the ability to process up to 12,000 colonies on just 10 plates, ClonePix 2 Enhanced dramatically increases laboratory productivity and operational efficiency.
Minimize operational costs through reduced manual labour, decreased media volume requirements, and enhanced processing speed, making large-scale cloning more economically viable.
The system is designed to be adaptable to a wide range of laboratory sizes and throughput needs, from academic research to industrial biotechnology applications, ensuring scalability and flexibility in use.

