Automated Bacteria Collection System with Modular Manipulator

The system is divided into multiple functional modules: manipulator module for sample handling, peristaltic pump module for liquid transfer, flipping mechanism for container orientation, and control infusion module for precise delivery. Each module performs a specific function, allowing the complex automation task to be managed through modular components that can be independently optimized and maintained.

Manual mechanical operations are replaced with an automated manipulator system that uses programmable motion control. The manipulator module with multi-axis movement replaces human hands, while the peristaltic pump module replaces manual syringe operation, providing consistent, repeatable actions without human variability.

The system incorporates sensors and control systems that monitor the bacteria collection process in real-time. The control infusion module receives feedback from the peristaltic pump on liquid volume delivered, and the manipulator module receives feedback on position and orientation, allowing for precise control and correction of any deviations from the intended procedure.

The automated system performs all bacteria collection operations autonomously without requiring human intervention during the critical measurement phase. The manipulator module automatically positions samples, the peristaltic pump automatically delivers precise volumes, and the flipping mechanism automatically orients containers, eliminating personnel variability from the measurement process.

Multiple operations that were previously performed separately by hand are merged into a coordinated automated sequence. The manipulator module, peristaltic pump module, flipping mechanism, and control infusion module work together in an integrated workflow, allowing simultaneous or sequential execution of sample handling, liquid transfer, container manipulation, and infusion control, thereby increasing throughput.

The automated system enables continuous operation without the interruptions inherent in manual work. The manipulator module can continuously transfer samples, the peristaltic pump can continuously deliver liquids at controlled rates, and the flipping mechanism can continuously reposition containers, maintaining uninterrupted workflow and maximizing inspection throughput.

The critical bacteria collection operations are extracted from the manual domain and placed into a controlled automated system. By removing human hands and tools from direct contact with sterile samples during the collection process, the risk of secondary pollution is eliminated. The automated manipulator and infusion modules operate within a controlled environment that maintains aseptic conditions.

The automated system components act as intermediaries between the operator and the sterile samples. The manipulator module handles sample containers, the peristaltic pump module transfers liquids through closed tubing, and the control infusion module delivers precise volumes without direct human contact, serving as barriers that prevent contamination while maintaining process control.