Used BAKER SG-400 #9289131 for sale

BAKER SG-400 laminar flow and fume hood is a versatile piece of laboratory equipment used to provide clean air compared to standard laboratory ventilation systems, such as a standard fume hood. It is especially useful in the laboratory setting where clean air is essential. SG-400 is a cabinet-style, countertop unit with an exhaust blower at the back that provides laminar flow of air in the fume hood chamber. The laminar flow of air passing through the chamber helps keep particulate and hazardous fumes inside, preventing them from entering the lab environment. It also helps maintain a clean working environment, especially for experiments or research projects that require clean air. It is constructed with powder-coated steel for durability, corrosion resistance and easy cleaning. The air flow is directed downward to prevent any fume backflow and is adjustable to provide necessary air movement for specific applications. BAKER SG-400 offers an unbreakable, filtered airflow at the rear of the cabinet. The filter collects dust particles and fumes for proper air cleanliness, eliminating the need for additional exhaust systems. The high-efficiency filter is replaceable and easily accessible, ensuring continuous safe operation. The front workbench of SG-400 is adjustable and sloped upward to minimize accidental spills. It also has a drop down Shield to prevent users from exposure and contains a non-conductive vinyl baffle with magnetic attachment to keep airflow laminar and reduce turbulence at the workbench. The unit is also designed with a dynamic front-loading feature, allowing for easy access of objects in the fume hood chamber from the exterior. It is certified to meet Class 2 standards, and is equipped with audible and visual alarms. BAKER SG-400 laminar flow and fume hood is an excellent piece of laboratory equipment for experiments or research projects that require clean air or the handling of hazardous or volatile substances. It provides high quality filtered airflow that keeps hazardous fumes from potentially entering the lab environment while also contributing to the overall safety of the work environment.