Modular Robotic Solutions
Workflow
Cycle Time:
Turning Stations:
Buffer:
6 tubs/min
2
16 tubs with lids
+ 4 lid positions
Robotic Syringe Tub Handling Solution for Pharmaceutical Applications
Axymatic delivers modular, high-precision robotic systems for pharmaceutical tub processing, achieving throughput of up to 8 syringe tubs per minute. Equipped with two turning stations and a buffer capacity for 16 tubs plus lids, these solutions automate precise tub handling, secure lid application and controlled tub inversion, while maintaining sterility, repeatable accuracy and uninterrupted high-performance flow in automated filling lines.
Syringe Tub Handling
This advanced robotic system ensures controlled and repeatable transfer of syringe tubs throughout the production process.
Optimized gripping mechanisms, coordinated motion control and reliable automation sequences guarantee stable positioning and seamless integration, minimizing process variability and supporting continuous, high-efficiency operation in sterile pharmaceutical environments.
Lid Application
The integrated lid-application module delivers secure, consistent and sterile placement of lids on syringe tubs.
Through precise alignment, controlled sealing force and validated motion paths, the system protects product integrity, ensures full compliance with pharmaceutical standards and maintains uninterrupted high-quality performance across extended production runs.
Turning Tubs
The tub-inversion station performs gentle, controlled and repeatable flipping of syringe tubs to achieve correct orientation at every process stage.
With secure handling, stable motion control and integrated safety features, it eliminates manual intervention, reduces contamination risks and ensures reliable, high-speed performance within fully automated pharmaceutical lines.
Integrated Robotic System
The complete solution combines all functions in a compact, modular robotic cell designed for seamless integration into existing filling lines.
From tub transfer and lid application to inversion and buffering, every step is fully automated for maximum uptime and traceability.
This end-to-end system delivers superior sterility assurance, exceptional repeatability, reduced labour requirements and enhanced operational efficiency.
It represents a future-proof investment for pharmaceutical and vaccine manufacturers seeking reliable, high-throughput automation.
Video
A demonstration video can be found below.
