This protocol describes an automated three-cycle method for synthesizing a ZnO/MWCNT nanoconjugate using a nanoscale materials synthesis machine. The process involves preparing a reaction mixture in deionized water with MWCNT and electrolyte support, followed by controlled heating and stirring, electrochemical module operation, and a timed addition of hydrogen peroxide during the electrical stage. The protocol is designed to capture all critical settings as structured steps for reproducibility, traceability, and easy execution through Protoly’s modular workflow system.
Zinc oxide (ZnO)–MWCNT nanoconjugates are widely explored nanomaterial systems because they combine the functional properties of ZnO with the high surface area and conductive nature of multi-walled carbon nanotubes (MWCNTs). In this protocol, the nanoconjugate is produced using an automated nanoscale synthesis machine that executes a programmed sequence of events, including controlled heating, stirring, electrode placement, DC power application, and timed reagent dispensing. The workflow is structured into multi-cycle process to ensure repeatability, parameter control, and automated process recording for consistent synthesis outcomes.
Magnetic stirrer control module
Timed exhaust or airflow control
Sterlization Module module step
Reservoir Dispense module step
Reservoir Dispense module step
Stirring and Heating Module module step
In-between electrodes spacing: 40 mm, Immersion Height: 25 mm
Stirring and Heating Module module step
Wait module step
The authors declare no conflict of interest.