ATS Automatic Transfer System
Automatic Loading/Unloading and Transport System for steam sterilizers
ATS – Automatic Transfer System is an automation system specially designed for the processing departments where time and space are premium. By automating loading, unloading, and transport procedures, ATS optimizes the workflow and dramatically reduces the risks associated with manual loading and unloading.
A shuttle loader automatically moves each wash cart into place, loads each unit, and selects the correct program for processing the goods. Once the items have gone through the washing cycle, another ATS unloads the treated wash cart along the clean side and transfers them to a storage station ready for inspection and packaging.
Its high flexibility and modularity make it a perfect solution for an optimal workflow no matter the size of the facility – delivering maximum productivity and efficiency with the smallest footprint.
Driven by constant innovation and close collaboration with leading clients, engineers, and treatment centers, our automation systems are carefully designed to satisfy industry-unique demands for improved operator safety and enhanced productivity. Modular, highly ergonomic, and user-friendly devices for optimizing workflow and the operating efficiency of sterilizers with even workload and distribution to facilitate production planning.
Reduced risk of injuries caused by manual loading and unloading of heavy loads.
Automatic selection of the correct dedicated cycle through the barcode system, for safer and hands-free running.
Easy cleaning and handy access to the area below the ATS system, providing easy maintenance.
Built-In Safety Stop
The shuttle stops automatically whenever there is any contact with anyone or anything on its way.
CSSD Sterile Reprocessing
Regardless of the size of your CSSD, Steelco provides a full range of solutions complying to worldwide standards. From design to installation and after-sales service, our equipment and accessories ensure a productive workflow, patient safety, the shortest process times, low consumption costs, and maximal life span.