Laminar flow booths are used for various industrial applications, ranging from biotechnology and pharmaceutical applications to cleanroom facilities for electronics and food processing. They create a contamination-free environment by creating a laminar airflow pattern within the workspace, which moves air from a clean area toward the operation area.

The working principle of the laminar flow booth relies on the unidirectional flow of air. The air flows downward in parallel layers with a consistent velocity across the entire filter face. This process helps to eliminate any residual particles, which improves the reliability and quality of the work conducted within the booth.

The laminar flow booth creates a cleanroom environment by providing sterile, particle-free, and filtered air. Airflow in the booth is unidirectional, creating laminar flow, which ensures complete and reliable sterilization and absence of particulate matter.

Laminar flow booths rely on positive pressure to maintain a contamination-free environment by continually introducing clean air into the workspace. Positive pressure ensures that any contaminants are pushed out of the booth to create a highly controlled sterile environment.