Laminar Air Flow System Flowfast V18 Each

FlowFAST V are positive pressure ISO Class 3 vertical laminar flow cabinets, which are an economical alternative to cleanrooms. They are capable of providing uncontaminated, particle-free and sterile conditions for materials in the workspace.

Ergonomic Design: The cabinet features a 7° angled, sloping front with hinged safety glass, providing excellent visibility of all items within the workspace. The front opening is 200 mm high, and the entire front can be lifted upwards from the top hinge, allowing for easy access and effective cleaning and decontamination.

True Laminar Airflow: The 7° sloped front screen and parallel back wall work together to create a unidirectional airflow pattern. This design ensures that laminar airflow is consistently maintained throughout the entire working area.

ECS™ Eco Control System: The cutting-edge ECS™ microprocessor integrates advanced technology for managing ventilation and filtration. It automatically regulates all key components to address pressure drops and maintain power balance. By utilizing an AC motor-blower and low pressure-drop certified filters, the ECS™ system enhances energy efficiency and reduces CO2 emissions.

Anti-Bacterial Coating: The cabinet is equipped with Dupont™ ALESTA™ anti-bacterial coating, which uses Ag+ cations to prevent microbial contamination and inhibit long-term surface growth. The work surface is made from stainless steel AISI 304L, and the cabinet’s structure is constructed from cold-rolled steel.

High-Level Lighting: The cabinet’s safety glass side-windows, combined with precisely positioned lighting, provide superior illumination, ensuring optimal visibility in the workspace.

Convenient Handling and Maintenance: With a depth of 760 mm, the cabinet fits through standard 800 mm wide doorways. It is designed for ease of use, with all service operations accessible from the front. Snap hinges keep the tempered glass front open, increasing the height of the opening to accommodate large equipment, such as microscopes, under the laminar flow.