A solution designed for aseptic pharmaceutical processes
In pharmaceutical and biotechnology industries, fluid transfer operations require equipment capable of maintaining a high level of microbiological safety. Tubing systems used in aseptic processes must be replaceable or disconnected without compromising process integrity.
The PharmaPure® Tube Sealer - MGA Technologies addresses this challenge through a thermofusion process designed to safely seal the tubing before separation.
This technology helps reduce cross-contamination risks during maintenance operations or transfer line replacement.
Equipment designed for closed systems
Modern pharmaceutical manufacturing processes increasingly rely on closed systems to reduce external contamination and secure critical operations.
The PharmaPure® Tube Sealer - MGA Technologies fully supports this approach thanks to its automated operation and compatibility with tubing used in single-use processes.
PharmaPure® tubing also offers excellent mechanical resistance, low permeability and very low particle generation, making it particularly suitable for sensitive biopharmaceutical environments.
A design suitable for cleanroom environments
The PharmaPure® Tube Sealer - MGA Technologies is designed for use in cleanrooms and regulated environments requiring reliable and repeatable equipment.
The system does not require compressed air, making integration easier in controlled production areas. Its automated operation also helps reduce operator handling while improving process safety.
Thanks to its anodized aluminum clamp sets, the equipment can accommodate different tubing diameters to meet the specific needs of pharmaceutical and biotechnology production lines.
MGA Technologies, specialist in aseptic pharmaceutical equipment
With the PharmaPure® Tube Sealer - MGA Technologies, we provide a reliable solution for the sterile disconnection of tubing used in pharmaceutical and biotechnology processes.
Designed for aseptic environments and closed systems, this equipment helps secure critical operations while maintaining the microbiological integrity of industrial processes.




