The machine does not contain a filling pump or liquid-dosing system. It focuses on stopper or cap feeding, insertion, sealing and finished-tray handling.
The closure components are automatically sorted, oriented and transferred to the insertion or sealing station.
The stopper-transfer design can avoid unnecessary friction between the stopper, liquid-contact surface and lower transfer track, reducing particle-generation and contamination risks. The existing complete-line description also places stopper transfer under laminar-flow protection.
Servo drives control syringe movement, closure positioning and insertion to support stable operation and repeatable closure depth.
Detection systems can monitor stopper conveying and stopper position during operation.
After stoppering and sealing, the syringes are returned to the honeycomb nest before tray discharge.
Completed trays can be removed manually or transferred automatically to downstream rod-insertion, inspection or labeling equipment.
Vision inspection, sealing inspection and leak-testing systems can be integrated according to the closure design and project requirements.
Products with missing, incorrectly positioned or unacceptable closures can be transferred to a rejection station.
Local laminar airflow or O-RABS can protect stopper-transfer and sealing positions.
