High throughput depyrogenation Tunnel with cooling chamber

ST tunnels from Steriline have been designed to sterilize and to depyrogenate glass containers using a continuous process. Their careful design ensures that they maintain an ISO5 environment throughout all parts of the machine, including cooling chamber.

The Steriline ST series of sterilisation tunnels covers the entire range of needs, from very compact tunnels to the largest options for very high speed production, with throughputs up to 37,000 pcs/h. All ST tunnels feature thermal cycles that ensure pyrogens are reduced by a minimum of 3 or 6 log.

The ST tunnels have been designed to operate as efficiently as possible while maintaining a compact form factor, allowing them to be used in almost any facility, including upgrading existing lines.

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In-line depyrogenation of small glass containers

Romaco Macofar depyrogenation tunnels are designed to sterilize and depyrogenize ampoules, vials, bottles and other glass containers, based on the laminar flow principle using hot sterile air (max. 340° C). Containers are transported through the sterilizing tunnel by a conveyor belt made of stainless steel wire mesh. The tunnels are entirely made out of stainless steel AISI 316 and AISI 304.

Depyrogenation tunnels for ampoules, vials and bottles, are divided into 3 areas: In-feed area, Sterilizing area, Cooling area. The machine is equipped with conveyor belts, adjustable flaps, filters to facilitate the sterilization and depyrogenization process.

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Sterilize high-temperature resistant products using ultra filtered hot air

The Pyromega ovens from Telstar Life-Sciences are designed for the sterilization and/or depyrogenation of pharmaceutical and biotechnology products, such as glass containers, vials or ampoules and high temperature resistant metal products using ultra filtered hot air in Class 10,000 (ISO 7) or Class 100 (ISO 5). The units are supplied in a compact format with all components readily accessible and can be installed to span two rooms; one for loading and the other clean or sterile unloading room.

The design of the Dry heat depyrogenation oven offers excellent performance for processing materials utilized in the sterile or aseptic area and/or finished product terminal sterilization.

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