Used CAPTAIR 4000C #9301946 for sale

CAPTAIR 4000C is a laminar flow and fume hood. It is specially designed to ensure that the air inside is kept clean and contaminant-free. 4000C is a type of cabinet that is used to provide protection for the user from any contaminants that could be present in the air. It works by providing a continuous and even laminar flow across the entire work surface. This ensures that hazardous materials and microscopic particles are prevented from entering the workplace environment. CAPTAIR 4000C is equipped with a carbon filter to ensure that the exhaust air is free from any contaminants. This ensures that the work surface is contaminant free, enabling the user to work in a safe and contamination-free area. The laminar flow that is provided by the hood also ensures that any fumes that are created from the process being conducted are quickly eliminated. The hood is also equipped with an adjustable sash, which allows for easy adjustment of the hood's position and ensures that there is sufficient clearance for the user throughout the duration of their work. The sash also helps to ensure that the laminar flow that is provided is not blocked. The hood is designed to be used in conjunction with a HEPA filter to ensure that even smaller particles such as dust and allergens are removed from the working area. The case of 4000C is constructed from durable and corrosion-resistant stainless steel, which provides a long-lasting and reliable solution for laboratory and industrial applications. The case is also designed to be easy to clean, allowing for the user to quickly and easily wipe off any dirt, dust or other contaminants that may have accumulated on the surface. Finally, CAPTAIR 4000C comes with an ergonomic design that allows the user to work comfortably and efficiently. The adjustable sash ensures that the user maintains a proper posture even when working at the hood for long periods. The hood is also designed to be low-noise, enabling the user to work without any distracting ambient noise that could interfere with their work.