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Successfully Build a Cleanroom
Cleanrooms are a vital part of laboratories and the microelectronics industry, especially semiconductor manufacturing. To maintain and assure quality, there are specific standards that apply to these spaces and guide the process of constructing and operating the rooms. While adhering to these requirements makes designing and constructing a cleanroom more complex than conventional construction projects, the standards serve as a blueprint for the successful completion of a cleanroom that will meet the exacting demands of the end-user.
USP Compounding Cleanrooms
Pharmacy compounders have a lot of factors to consider when making the decision to go into the business of mixing individual prescriptions, particularly those considered “hazardous.” It can be a lucrative operation, but one which is closely overseen. For good reason, though: mistakes in the recent past have taught us that sloppy procedures, partly resulting from a lack of regulations, can have deadly consequences.
Fitting lights in cleanrooms
Cleanroom lighting is often an afterthought in cleanroom design, as the primary function of a cleanroom is to reduce contamination. So when identifying the type of light fitting to use, consideration needs to be given not just to the lux levels required for the process, but to how this choice of lighting may affect airflow and filtration.
Understanding Cleanrooms Lighting
It's no mystery that cleanrooms present numerous challenges to designers who specify lighting systems. Cleanroom lighting will vary depending on the room's use, its classification and ceiling air supply configuration. In an ideal situation, lighting systems should provide good visibility and be designed with contamination control issues—electromagnetic field generation and cleanability—in mind. But before that can be achieved, a thorough examination of the basic fundamentals, illumination requirements, available styles and fixture construction must be undertaken.





