CHRONECT® Bionic

Significance of the Topic

Modern laboratories require high-throughput and reliable sample preparation to support advanced analytical methods. CHRONECT Bionic introduces a multi-dimensional robotic approach to extend the capabilities of conventional autosamplers by automating manual tasks such as powder dosing, reducing errors and freeing skilled operators for higher-level tasks.

Objectives and Overview of the Study

The primary aim is to demonstrate how CHRONECT Bionic complements existing automated sample preparation systems by integrating previously manual steps. A key application example is the automated dosing of powders using up to 32 dosing heads in combination with a Quantos Powder Dosing system, showcasing seamless end-to-end automation.

Methodology and Instrumentation

CHRONECT Bionic features a six-joint robotic arm capable of independent movements to navigate a larger workspace compared to standard autosamplers. It operates under the CHRONOS control software and can be configured as:

• A cooperative robot for direct user interaction
• An industrial robot for high-speed processing

For powder dosing, the system integrates:

• Quantos Powder Dosing Module (METTLER-TOLEDO)
• Analytical balance (METTLER-TOLEDO)
• CHRONECT Robotic XYZ system with PAL autosampler (CTC Analytics)

Main Results and Discussion

In automated powder dosing workflows, CHRONECT Bionic accurately transfers vials between the XYZ robotic system and the dosing station, ensuring precise gravimetric measurement. The integration eliminates manual vial handling, maintains consistent dosing accuracy, and streamlines the preparation process for subsequent liquid handling steps.

Benefits and Practical Applications

• Enhanced workflow flexibility and modular integration
• Automation of repetitive and labor-intensive tasks
• Consistent and precise powder dosing with reduced error risk
• Extended working area beyond typical autosampler limits
• Improved laboratory safety and operator well-being
• Investment protection through scalable and future-oriented design

Future Trends and Potential Applications

Modular robotic systems like CHRONECT Bionic are expected to play a central role in the digital transformation of laboratories. Opportunities include expansion to other sample types, integration with data-driven process analytics, and hybrid workflows combining cooperative and industrial robots for adaptive throughput demands.

Conclusion

CHRONECT Bionic bridges the gap between manual operations and fully automated sample workflows, contributing to the evolution of the digital laboratory. By automating critical steps such as powder dosing, it enhances accuracy, reduces operator burden, and paves the way for scalable, flexible analytical solutions.

References

No references provided.