Used FLOW SCIENCES FS-2015 #9023619 for sale

FLOW SCIENCES FS-2015 is a laminar flow and fume hood designed to provide safe and efficient environments to experiments involving hazardous or toxic materials. The hood is made from stainless steel and is designed to prevent contaminants from contaminating the environment and users. FS-2015 is designed to provide superior containment of fumes, vapors and powders. It features a four-sided frame with external blower that evenly distributes air within the hood. This ensures that the environment inside the hood is clean of contaminants and is smooth and uniform at all times. The external blower also allows the user to adjust the personnel protection level for safe operation and observer comfort. The sash on FLOW SCIENCES FS-2015 is adjustable from full fluid position to full discharge position. This allows the user to adjust the airflow in the hood depending on the type of experiment and the contaminants involved. The hood also features a slotted, front-loaded air intake that helps maintain a desired pressure differential and laminar flow. This is important in providing protection to the operator from contaminant leakage. The hood also features a stainless-steel countertop with a large working area. This allows for the placing of instruments and other work items that can facilitate experiments while minimizing the risk of contaminant leakage. The countertop also has a built-in work light which ensures proper illumination for the experiment. FS-2015 also includes a HEPA filter that captures particles of 0.3 microns or larger. This filter helps remove any aerosolized contaminants from the environment and helps prevent them from entering the breathing space of personnel. Additionally, the unique design of the filter system minimizes the noise produced by the hood's fan. FLOW SCIENCES FS-2015 is an ideal solution for any laboratory that needs a safe and efficient environment for handling hazardous materials in experiments. The hood's components have been designed to provide both containment and safety while ensuring a comfortable working environment for the user. This allows personnel to accomplish their experiments safely and efficiently.