Cleanrooms are one of the most energy intensive facilities per square foot. Most cleanroom airflows are determined by industry-accepted air change rates and airflow velocities. Typically, cleanroom ...

Manufacturing cleanrooms are critically important in factories that produce electronic components like semiconductors. Designing the room to reduce problems, such as static and particulate matter ...

Cleanrooms use a series of air-locks and carefully designed air-flow systems that prevent contaminants, such as dust or microorganisms from entering. Cleanrooms may be as small as a few square meters, ...

Air ionization is the most effective method of eliminating static charges on nonconductive materials and isolated conductors. Air ionizers generate large quantities of positive and negative ions in ...

Cleanroom equipment presents some of the most challenging application requirements to designers, as all it can take for a part to fail is a single speck of dust. These meticulously controlled ...

Mechanical engineers in charge of designing, constructing, installing, maintaining, operating and troubleshooting equipment in cleanrooms are always looking for innovations that will help them do ...

Cleanrooms are closed spaces that are built with a particular use in mind. They are designed to allow control over environmental contaminants which may compromise the work being carried out in the ...

As production scale rapidly increases, many businesses realize that cleanrooms no longer meet new requirements. Upgrading while the factory is already in operation becomes a difficult problem, facing ...