Used EDAMIX SERIES FH-1200V #293659417 for sale

EDAMIX SERIES FH-1200V is an advanced laminar flow and fume hood specifically designed for use in safety lab applications involving hazardous substances. This unit is built with 90cm height with an adjustable top panel for maximum flexibility when positioning the blower unit. This hood is constructed from sheet steel coated with epoxy, which is anti-corrosion and scratch-resistant and allows for easy cleaning and a long product life cycle. FH-1200V features a three speed variable speed fan to provide a wide variety of flow rates that protect the user from hazardous substances. It also has an automatic motor air shut-off system that will stop fan operations should any hazardous material move from the working area. The front panel of the hood is built from shatter-proof polycarbonate and features an electronic laminar flow controller to accurately set the air velocity to protect your work area. EDAMIX SERIES FH-1200V has a cut-off switch which enables you to selectively start/stop the fan from any point in the hood to avoid gas diffusion. The rear wall of the hood is equipped with a backwall container where waste liquids can be collected and safely disposed of. The hood also features upper/lower LED lighting, a fire extinguisher, and a ultra-violet light to kill particles in the air. FH-1200V is newly upgraded with an ozone generator designed to prevent contamination of the work area and provide a clean air environment. This system helps to suppress the microorganisms, smell, and particles in the air so as to create the perfect environment for your safety experiments. The interior of the hood is curbed and rounded to ensure the efficient and safe circulation of air. To ensure an optimal operation of the hood, regular maintenance and calibration of the equipment is highly advised. EDAMIX SERIES FH-1200V has been thoroughly tested to guarantee safety, accuracy, and reliability. The instructional manual will give clear instructions on how to properly operate the hood at its maximum efficiency.