Type 411 Puv-A-Tech TM

BAUSCH Advanced Technology Group 1st of its Kind Puv-A-Tech, Machine Type 411 for Surface Decontamination. This newly released technology is a unique breakthrough for the industry that can replace the traditional methods such as VHP and E-Beam. Exposure time is significantly reduced to only 5-30 seconds, increasing your return on investment while still achieving up to a 6 log reduction.

Main features:

• Transfer Chamber for Bottles, Vials, Cartridges and Other Containers
• Uses Pulsed Ultra Violet Radiation Light to Decontaminate surfaces
• Components are placed into the chamber by operator or robotic arm
• Chamber door is closed to keep the process contained
• Up to a 6-log reduction within 5-30 seconds of exposure time
• Complete cycle (loading, exposure and unloading) 20-60 seconds
• Components are removed and ready to proceed to the next processing stage
• Decontaminates the complete interior of the unit and container surfaces in the chamber
• Available as a stand-alone or in-line machine

Type 401/404
Laminar Flow Tunnel for continuous Sterilization
of Vials, Syringes, and Cartridges

The containers are fed automatically from an upstream machine or manually using trays. Subsequently the containers enter the single frame tube into 3 major zones: a) infeed, b) sterilization, c) cooling zone. The sterilization is performed using hot air, which is heated by an electric heating coil and constantly recirculated. Heat resistant high-capacity particle filters guarantee a Class A (100) clean room specification. The filters are mounted without a gasket to minimize generation of particles. The cooling zone gently cools down the containers before they are automatically transferred to a machine downstream.

Main Features:

• Air convection pre-heating and sterilizing zone for energy efficiency and gentle heating of the containers
• Integrated transport belt with automatic tensioning and monitoring of the belt position
• Temperature and differential pressure indicators ensure ideal and repeatable machine settings
• Optimum temperature distribution is achieved by using multiple sensors and control stations
• Collection system for broken glass
• System control and monitoring of all process-relevant data via PLC
• User-friendly touch screen operation

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