Displaying items by tag: design

Cleanrooms are integral to countless operations around the world. Scientists, manufacturers, and a bevy of other industry professionals rely on these rooms to mitigate the risk of contamination in products or processes. It’s important to understand the different cleanroom classifications and guidelines behind how these rooms are constructed and utilized to determine which is the best fit for your application.

Installing a new cleanroom in your facility can be an exciting undertaking, but it also comes with a lot of decisions. From creating a design to coordinating the installation, you’ll want to ensure no part of the process goes unnoticed.

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.

When designing a facility for a life science, laboratory, or manufacturing client, all or some of the space is often required to be “clean.” These clean spaces, called cleanrooms, can have different construction types, classifications, and functions. Before designing a cleanroom, it is important to understand the goals of creating a cleanroom space, the terminology and requirements for classification, and how to maintain the clean environment through continued use.

Many industries depend on cleanrooms, which are constructed to specific international standards, to manufacture products free of dirt and bacterial contamination.

When your objective is to conduct research or manufacturing in a space that is as environmentally controlled as possible, it is important to consider the design and construction of a cleanroom key factors. That means carefully planning is required for airflow, pressurization, airborne particulates, space temperature, relative humidity and other factors which might impact your required classification of the cleanroom.

Considering the countless designs and operating regulations, specifying the right clean room for your application is not a simple 1-2-3 process. But as with other capital purchases, a checklist of critical questions can help guarantee a decision that meets your expectations. Here’s what our clean room specialists first evaluate when designing a controlled environment:

ISO Clean Room Standards and classifications are one of the most complex – yet essential – parts of designing and building a clean room. There are many important questions that need to be asked when planning for, designing and setting up your clean room. In this blog we explain how hygiene automation equipment can reduce or eliminate the risk of cross-contamination and bioburden while meeting clean room design requirements.

“Room in which the concentration of air-borne particles is controlled, and which is constructed and used in a manner to minimize the introduction, generation, and retention of particles inside the room, and in which other relevant parameters, e.g. temperature, humidity and pressure, are controlled as necessary”.

We are specially constructed, enclosed spaces designed to regulate airborne particles, temperature, humidity, air pressure and more. As a leader in designing and assembling ISO class-compliant cleanrooms, we  takes industry-regulated requirements into consideration when creating high-performing, aesthetically appealing cleanrooms. We design and manufacture Federal Standard 209E-compliant recirculating and non-recirculating modular hard wall and soft wall cleanrooms in a range of standard and custom sizes and configurations based on your specific industry requirements.