Custom ISO 7 Clean Booth for Pharma & Electronics

Structural Features

●High Flexibility: Typically employs modular or flexible wall structures. Modular clean booths are made of prefabricated lightweight materials such as aluminum or powder-coated steel, allowing for rapid assembly and flexible adjustment of layout and scale according to needs. Flexible wall clean booths use flexible materials such as PVC or canvas for the enclosure structure, offering greater flexibility and mobility at a relatively lower cost.

●Excellent Sealing: Sealed designs are used at the joints of walls, ceilings, and floors. Equipped with air showers, pass-through windows, and other facilities, a positive pressure environment is maintained within the clean booth to prevent the entry of contaminated external air and ensure cleanliness.

●Comprehensive Configuration: Generally equipped with high-efficiency particulate air (HEPA) filters with a filtration efficiency of ≥99.97% for 0.3μm particles. They also include lighting and ventilation systems, and can control temperature, humidity, and airflow to meet different production or experimental needs.

Advantages

●Rapid Deployment: Compared to traditional cleanrooms, ISO 7 clean booths can be assembled quickly and put into use in a short time, making them suitable for companies or projects with urgent clean environment needs.

●High Cost-Effectiveness: Their modular structure reduces construction costs and time, and the flexible walls or modular design facilitates reuse, reducing long-term costs.

●Easy Mobility: Some clean booths are movable, allowing companies to disassemble and reinstall them when changing sites or adjusting production layouts, reducing the cost and time of rebuilding cleanrooms.

Application Scenarios

●Electronics Manufacturing: Suitable for PCB assembly, semiconductor packaging, and other processes, preventing particulate matter from causing short circuits or soldering defects, thus improving product yield.

●Pharmaceuticals and Biotechnology: Can be used in the preparation of sterile medicines before filling, such as vial cleaning and post-sterilization storage. Also suitable for medical device production, such as the assembly of high-risk products like syringes and catheters.

●Food and Cosmetics: In high-cleanliness food processing, such as ready-to-eat meals, probiotic preparations, and cosmetics production, it can prevent particulate matter from affecting product quality or causing microbial contamination.

Commonly used equipment in cleanrooms