Accelerate high-value clone selection with imaging-powered verification from day zero

ClonePix® 2 Enhanced for Monoclonality Verification simplifies the complex process of identifying and isolating high-producing mammalian cell lines. Purpose-built for workflows involving CHO cells, hybridomas, and stem cells, ClonePix combines advanced fluorescent imaging, integrated robotic handling, and day-zero monoclonality verification in a single, streamlined platform.

With capacity to screen up to 12,000 colonies on just 10 plates, ClonePix dramatically reduces timelines and plate requirements—making it a cost-effective, high-throughput solution for cell line development teams focused on speed, traceability, and downstream productivity.

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Accelerate with confidence

Screen and verify true monoclonality from day zero using rapid Z-stack imaging and fluorescent screening.

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Do more with less

Process 12,000 colonies on 10 plates—cutting down time, plate usage, and media consumption in one workflow.

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Scale with reliability

From academic research to GMP-compliant biologics development, ClonePix adapts to your throughput and compliance needs.

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Find the right clone selection solution for your lab

Our team of cell line development experts will get back to you within 1 business day to help you evaluate how ClonePix can support your monoclonality, screening, and throughput goals.

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We support researchers across a wide range of applications, backed by decades of expertise in automated colony selection and monoclonality verification.

Cell Line Development
Cell line development is a foundational step in the production of biologics such as monoclonal antibodies. Screening thousands of clones to identify high-producing, stable cell lines is traditionally slow and labor-intensive.
ClonePix automates this process, enabling high-throughput selection of viable, single-cell derived clones—streamlining development and reducing timelines.

Cell Surface Expression Screening
Proteins expressed on the cell surface, like GPCRs, are key therapeutic targets but are notoriously difficult to screen at scale. ClonePix enables high-throughput detection and selection of cells expressing surface proteins using fluorescence-based imaging.
This approach dramatically increases the likelihood of identifying rare, high-expressing clones from large, transfected pools.

Hybridoma Screening
Hybridoma technology remains a gold standard for antibody discovery. Screening fused B-cells for secretion and specificity can be complex and time-consuming. ClonePix, combined with media like CloneMedia and detection reagents like CloneDetect, simplifies the workflow.
From fusion to final clone selection, ClonePix enables rapid isolation of high-producing, antigen-specific hybridomas with full traceability.

Monoclonal Antibody Discovery
Antibody discovery relies on identifying rare, epitope-specific binders. ClonePix automates the screening and picking of monoclonal antibody-producing clones, combining fluorescent antigen labeling with robust imaging.
The result: faster detection, reduced hands-on time, and greater success in isolating therapeutic candidates.

Drug Discovery & Development
Cell-based models are essential in early drug screening, but 2D cultures and manual workflows can limit predictive accuracy. ClonePix helps researchers establish more relevant cell lines faster, supporting screening of functional endpoints and complex phenotypes.
By integrating imaging, screening, and picking into one workflow, ClonePix reduces time-to-data and enhances drug discovery outcomes.

We empower scientists to advance discovery

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Customer breakthrough

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Fred Hutch Cancer Research Center use the ClonePix to advance custom antibody development

Their unique multiplex screening platform incorporates the ClonePix 2 for identifying and picking monoclonal hybridoma colonies that secrete antibody to specific protein, peptide, or small molecule targets. The ClonePix 2 has allowed them to completely redefine their project workflow and capacity.


We're a trusted life sciences partner to researchers around the world

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*Price, time to deliver, and specifications will vary based on mutually agreed technical requirements. Solution requirements may cause adjustment to standard performance. Custom solutions are subject to Molecular Devices Custom Products Purchase Terms available at http://www.moleculardevices.com/custom-products-purchase-term