Sterilization containers

TSA offers high-performance stainless steel sterilization containers designed for a variety of applications, such as sterilizing cans and glass jars. Their innovative design promotes efficient fluid circulation, reduced energy consumption, and optimal stability, ensuring consistent and reliable sterilization.

Stainless Steel Containers

TSA sterilization containers offer excellent maneuverability and stability for a wide range of products, including cans and glass jars. Designed to improve the efficiency of sterilization processes, our wire containers are ideal for ensuring optimal fluid circulation, thus saving energy while offering superior ergonomics.

The sheet metal containers are specially designed for drip-off, facilitating the channeling of superheated water to ensure effective sterilization. In addition, our drawer-frame containers are ideal for drip-off, with a double bottom allowing even redistribution of water to the products in the lower layers, ensuring uniform sterilization.

We also offer a range of dividers and bottoms that optimize product spacing and stability, providing a complete solution for all your sterilization needs.

TSA sterilization containers are designed for strength and reliability. Each sterilization cycle is guaranteed to deliver consistent results and long-lasting performance.

Double bottom for optimal runoff thanks to our containers

The drawer-frame containers, equipped with a double bottom, have been specially designed to optimize hot water runoff during the sterilization process. This unique design allows for even water redistribution across all products, including those located in the lower layers of the container. This ensures more complete and efficient sterilization, while ensuring optimal energy use and improved overall efficiency.

Even Fluid Circulation

Stainless steel sterilization containers are specifically designed to promote smooth and even circulation of liquids and steam within the autoclave. This not only ensures uniform sterilization of all products, but also better heat management, ensuring maximum process efficiency. By optimizing this circulation, these containers reduce energy consumption, resulting in significant long-term savings.