ReadyGo Sample Processor

ReadyGo represents Weilang Bio’s first-generation flow cytometry sample processing platform, designed to automate the labor-intensive steps between sample collection and flow cytometer analysis. The system emphasizes workflow flexibility, allowing researchers to program custom protocols for diverse experimental requirements.

Product Overview

Flow cytometry sample preparation traditionally requires multiple manual steps including pipetting, reagent addition, incubation, and washing. These repetitive tasks consume substantial technician time and introduce variability between samples and operators. ReadyGo addresses these challenges by providing programmable automation for standard and custom sample processing protocols.

The platform serves research laboratories and clinical facilities performing routine or specialized flow cytometry applications. Its architecture prioritizes functionality breadth, offering multiple processing capabilities within a single integrated system.

Key Features

Programmable Workflow Engine: Users define experimental protocols through the system’s programming interface, specifying pipetting sequences, incubation times, temperature conditions, and reagent handling steps. This flexibility accommodates both established assay protocols and experimental method development.

Multi-Function Integration: ReadyGo consolidates various sample processing functions that would otherwise require separate equipment or manual handling. The integrated approach reduces sample transfers and potential contamination points.

Research-Grade Flexibility: The platform’s design prioritizes adaptability over simplified operation, making it suitable for laboratories that require customization capabilities rather than fixed protocols.

Technical Specifications

Designed for flow cytometry sample preparation, ReadyGo automates user-programmable pipetting, staining, and washing workflows within a single integrated workstation.

Note: Detailed technical specifications not publicly available

Clinical Applications

ReadyGo supports various flow cytometry applications including:

• Immunophenotyping: Automated antibody staining for cell surface marker analysis
• Cell Counting: Sample preparation for quantitative cellular assays
• Apoptosis Studies: Processing for cell death pathway analysis
• Research Protocols: Custom workflows for experimental investigations

Operational Considerations

The platform’s programmable nature requires operator familiarity with flow cytometry protocols and system programming. Initial setup involves defining workflow parameters, after which the system executes processing autonomously. This design offers maximum flexibility but requires more operator training compared to turnkey systems with pre-defined protocols.

Customer feedback indicated that while ReadyGo’s broad functionality serves advanced users well, some laboratories found the programming requirements more complex than needed for routine applications. This insight led Weilang Bio to develop the UItron platform as a more streamlined alternative for standard flow cytometry sample processing.

Regulatory Status

Frequently Asked Questions

What sample types can ReadyGo process?

ReadyGo is designed for flow cytometry sample preparation, primarily handling cell suspensions from blood, tissue, or cell culture sources. The system automates staining, washing, and preparation steps required before flow cytometer analysis.

Does ReadyGo require programming knowledge?

Users need to define experimental workflows through the system interface, which requires understanding of flow cytometry protocols rather than software programming skills. The system then executes defined protocols automatically.

How does ReadyGo compare to UItron?

ReadyGo offers broader functionality and customization options, while UItron provides a simpler experience for standard flow cytometry applications. Laboratories requiring maximum flexibility may prefer ReadyGo, while those prioritizing ease of use for routine assays may find UItron more suitable.