Used WELLER WFE 2ES #9198862 for sale

WELLER WFE 2ES is a high performance laminar flow and fume hood designed to provide consistent, safe working environment for laboratory operations. It ensures protection from harmful environmental contaminants, like particulates, dust, and fumes, while effectively maintaining laminar air flow. The body of the hood is made of sheet steel that meets ANSI/ESD S20.20 and IEC 61340-5-1 standards. The hood is designed with a slanted front sash to ensure adequate access for users and maximize workspace area, allowing efficient sample preparation in the unit. The tempered safety glass front window is designed to improve visibility, offering users improved visibility for higher quality results in their work. The effective air flow rate is rated at 120 l/s, with a low face velocity of 0.40 meters/seconds (±10%). The hood is designed with a unique curved laminar air flow method where the airflows parallel from the exhaust to the center of the hood. This ensures the laminar air flow remains consistent and free from static turbulence, to ensure safe and consistent working conditions. The fume hood is also equipped with optimized internal lighting providing a bright and clear working environment with improved visibility. The chemical-resistant work surface is adjustable in height, and can be made to accommodate access for a variety of users from 6 to 9 feet tall. The hood is designed with adjustable side panels, providing additional workspace. The hood is temperature-controlled to assist in heat management, with an adjustable range of 60° to 70°C. The hood is equipped with a unique pre-filtrated fan which helps in reducing the need for frequent filter changes, reducing downtime and operational costs. It also has an integrated ionized bar for providing static-free cleanliness and adjustable sash-clamps for easy access. The hood is compliant with CE, EMC, RoHS, and UL safety standards, ensuring safe operation. WFE 2ES is a high efficiency and reliable fume hood suitable for a variety of laboratory operations and applications.