Plato: The AI Agent for Multi-Well Plate Workflows

Simplify your multi-well plate workflows with Plato—an AI agent from Scispot, a leader among AI agents companies focused on lab automation. From intelligent layout design to real-time insights, Plato reduces manual tasks, integrates seamlessly with industry-standard instruments, and keeps your experiments on track.

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Intelligent Plate Layout Design

Multi-well plate setup can be intricate. Plato’s layout automation adjusts each plate to assay needs—whether for ELISA, qPCR, or cell viability studies—ensuring consistency and accuracy.
Custom Layouts: Configures multi-well layouts based on assay specifics, supporting applications like ELISA and cytotoxicity tests.
Flexible Configurations: Accommodates duplicate and triplicate wells, supporting reproducible high-throughput setups.
Optimized Sample Allocation: Minimizes sample and reagent use, saving time and increasing precision.
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Seamless Instrument Integration

Plato integrates smoothly with widely-used multi-well instruments—including BMG Labtech Clariostar, Tecan Fluent, Hamilton Microlab STAR, and Applied Biosystems qPCR systems—for automated data flow.
Real-Time Sync: Connects with plate readers, liquid handlers, and qPCR systems, eliminating manual transfers.
Protocol Automation: Sends commands to instruments and receives live updates, keeping workflows on track.
Enhanced Connectivity: Prevents bottlenecks by keeping devices like pipettors, thermal cyclers, and readers fully connected.

Real-Time Data Transformation

Plato converts raw data into actionable insights immediately, reducing downtime and ensuring quality control.
Instant Data Conversion: Processes fluorescence, absorbance, and qPCR data into ready-to-use insights.
Automated QC Checks: Flags anomalies in data like signal strength, curve fit, or Ct values, ensuring data reliability.
Adaptive Visualization: Provides tools for each assay type, allowing quick trend analysis and outlier identification.
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Predictive Error Management

Plato’s predictive algorithms monitor each workflow step, identifying issues in real time to ensure smooth operations.
Early Error Detection: Identifies setup errors, instrument issues, or reagent inconsistencies before they affect results.
Workflow Continuity: Monitors instrument status and reagent levels, alerting users when adjustments are needed.
Consistent Reliability: Continuously assesses data and workflows, optimizing performance for high-throughput applications.

FAQs

Which instruments are compatible with Scispot Plato?

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Plato is highly adaptable and integrates with a range of industry-standard multi-well instruments, including BMG Labtech Clariostar for fluorescence and luminescence readings, Tecan Fluent for automated pipetting, Hamilton Microlab STAR for precise liquid handling, and Applied Biosystems qPCR systems. Plato’s intelligent integration ensures seamless data flow between devices, eliminating manual entry errors. With built-in flexibility, Plato adapts to instrument updates or changes in your workflow, making it a future-ready solution for your lab.

Can Scispot Plato handle customized plate layouts for specific assays?

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Absolutely. Plato uses AI-driven customization to create plate layouts tailored precisely to your assay needs, such as ELISA, cytotoxicity assays, cell viability, and qPCR studies. It supports unique configurations, including duplicate and triplicate wells, randomized layouts, and control wells, giving you advanced control over setup. With saved templates, Plato streamlines repeated assays, ensuring accuracy while saving you setup time in future experiments.

How does Scispot Plato improve data analysis for multi-well assays?

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Plato instantly converts raw multi-well data—such as fluorescence, absorbance, or Ct values—into actionable insights with AI-suggested visualizations tailored to assay types like ELISA or qPCR. Its automated QC checks ensure real-time data quality, flagging anomalies as they arise. Plato’s adaptive visualization tools let you track performance metrics, identify trends, and highlight outliers with ease, giving you fast, data-driven insights to refine workflows and boost reproducibility across experiments.

How does Scispot Plato help with plate design and mapping?

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Plato’s AI-powered plate mapping intelligently suggests the best layouts and templates for your experiment type, even pre-setting control positions to enhance precision and efficiency. With simple backslash commands, you can open and adjust layouts, set up rows and columns, and color-code wells by sample type or condition. This smart mapping process makes it easy to design complex plates in 96- and 384-well formats, perfectly suited to each experiment.

Can Scispot Plato automate sample assignment to plates?

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Absolutely. Plato leverages AI-driven rules to automate sample assignments, optimizing well placement based on your criteria and experiment needs. You can define custom allocation rules, and Plato ensures a balanced distribution of samples and precise control placements. This smart automation reduces setup time and errors, ensuring a consistent, streamlined workflow tailored to your exact specifications.

How does Scispot Plato handle data import from plate readers?

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Plato intelligently integrates with various plate readers, including BMG Clariostar, automatically importing and organizing raw data directly within the Scispot system. Its AI capabilities go beyond basic import, structuring data consistently and preparing it for immediate analysis. This smart, seamless integration eliminates manual entry and transcription errors, creating a smooth pipeline from data capture to result interpretation.

Can Scispot Plato help with plate result visualization and analysis?

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Absolutely. Plato’s AI-driven visualization tools analyze your data and suggest the best charts and graphs based on your experiment type. Whether you’re analyzing Ct value distributions in qPCR or fluorescence levels in ELISA, Plato provides tailored visualizations that reveal meaningful insights quickly. You can further customize these views using natural language commands or Python scripts, allowing for detailed, intuitive analysis across complex datasets.

Learn more about Plato

Join hundreds of laboratories that revolutionized their biotech research with Scispot AI
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.