Medical device manufacturing humidification & humidity control

Medical device manufacturing takes place in cleanroom environments with strict requirements for atmospheric control. Depending on the production processes being undertaken, it can be the case that standard heating, ventilating and air conditioning equipment cannot provide the precise conditions necessary to turn a product design into a manufacturing reality.

By researching different environmental conditions and then maintaining them consistently at the optimum level during manufacturing Condair's helped manufacturers improve yields on products such as stents, sutures, blood glucose sensors and medical dressings.

Humidity is controlled in these environments for several reasons. It can be because the materials being processed are moisture sensitive and any change in their moisture content intrinsically changes their composition. This can be a dimensional change, a chemical imbalance or simply a drying of an aqueous based element.

Humidifiers can be used to eliminate static and to suppress dust and airborne particles. Humidification is also used as an activating agent. For instance, ethylene oxide can be used as a sterilising agent but only becomes active at 70%RH or above.

Benefits of Condair humidification in medical device industry include:

Extensive expertise around the world with many medical device applications
Increased production efficiency and reduced wastage
Ability to provide innovative custom solutions for unique processes
Low energy systems to reduce operating costs and improve humidity control
Low maintenance solutions to reduce on-going service requirements
Comprehensive service of expert advice, design, supply, installation, commissioning, maintenance and spares supply

- Boston Scientific, Eire

- Johnson & Johnson Medical, UK

- Alcon Laboratories, Eire

- Abbott Vascular, Eire

- Medtronic, France & UK

- Merck Millipore, Eire

- Lifescan Scotland, UK

- Smith & Nephew Medical, UK

- Daysoft Ltd, UK

- Johnson & Johnson Depuy, Eire