Used BAKER SterilGARD Class II Type A/HE SG 603 #9053921 for sale

BAKER SterilGARD Class II Type A/HE SG 603 is an economical and reliable laminar flow and fume hood specifically designed for safe handling of biohazardous material and to reduce the risk of cross-contamination. Featuring a heavy-duty construction, this unit provides a clean, safe, and reliable work environment for protecting your staff and laboratory equipment. This laminar flow and fume hood consists of an outer shell made of polyethylene, an internal cabinet made of durable steel, and an inner air duct made of high-density polyethylene. The hood features HEPA sampling ports, as well as two UV bulbs for sterilization. In addition, air-flow is designed to continuously pass through three separations of filters. The first filter isolates large particulates, the second HEPA filter eliminates small particulates, and the third carbon filter neutralizes chemical gases. The overall frame and interior chamber are composed of designed for efficiency. The frame features adjustable leveling screws to ensure precise alignment to your existing workspace. The interior chamber is sloped for optimal air circulation. The design also also reduces the chance of re-circulating air from the workspace into the work area. The fume hood is equipped with dual bayonet-style lamp fixtures and brackets. This allows for overhead lighting of the workspace without the need for access to the work station from outside the hood. BAKER SterilGARD Class II Type A/HE SG 603 is equipped with an electrical interlock system. This ensures that the fume hood will only operate with the sash in the correct position. In addition, this fume hood incorporates an audible alarm that signals when the pressure differential exceeds a pre-set limit. Lastly, the exterior surface of the fume hood features a powder-coated epoxy finish for improved durability and easy cleaning. This feature helps to reduce exposure to potentially harmful contaminants while also ensuring that the fume hood will maintain its quality performance over time.