![]() Emission of 253.7 nanometers for best sterilization effect.ĭoesn’t include external device connected via power socket With timing function, Interlock with front sliding sash. Microprocessor controller with LCD display, graphical and digital display of the operating status of each function. Specifications LCB-VF Series Vertical Laminar Flow Hood Waterproof sockets provide convenience for small instruments to be used in the operating area.Equipped with a temperature sensor to show the real temperature during operation.Easy-to-change pre-filter installed could extend the HEPA filter’s lifetime.Two side glass windows were installed for easy experiment observation.HEPA filter and UV life indicators facilitate a timely replacement plan. ![]() Memory function in case of power failure.The host and sockets have independent capacitors to prevent current overload.The front sash and side windows are made of UV-resistant tempered glass.UV sterilization with UV lamp timing function.Front sliding sash interlock with fan and UV lamp.Intuitive and easy-to-use microprocessor controller with LCD display, graphical and digital display of the operating status of each function, such as filter life, UV life, etc.The non-direct light source design can effectively relieve the operator’s visual fatigue under the condition of ensuring the illumination.The brushed stainless steel work surface is for easy cleaning.Ergonomic Control Panel Location, centered and angled down for easy reach & viewing.Most vertical Laminar Flow Hood also has perforations at the back wall of the work zone which are designed to eliminate air turbulence and the possibility of dead air corners in the work zone. This laminar flow is also vital for a mushroom flow hood used in mushroom growing to stream a steady flow of highly filtered, clean air in an uninterrupted flow.Vertical Laminar Flow Hood / Cabinet (also called clean bench) provides sample protection as purified air travels across the working zone of the cabinet in a vertical, unidirectional stream and leaves the main work chamber across the entire open front of the cabinet. The air flow within the flow hood helps ensure that any airborne particles are quickly captured and removed, creating a sterile working environment. This unidirectional airflow is called a hood flow, which gives the laminar air flow hood its name. The filtered air flows through the top of the cabinet, creating a clean and sterile environment. The air passes through the laminar hood through filters designed to capture and remove particles. The laminar flow cabinets have a blower that draws air in and pushes it out in a smooth and even flow. How does a laminar flow hood work?Ī laminar flow hood, also known as an air flow hood, works by creating a stream of unidirectional air to remove particles from the air. Also, horizontal laminar flow hoods are often larger than vertical ones, making them ideal for applications that require larger work surfaces. ![]() This allows for better airflow distribution and increased protection against cross-contamination. ![]() It also has an air filter at the top, but instead of filtering down into the cabinet, the air is filtered horizontally across the work surface. The horizontal laminar flow hood is often preferred when more stringent contamination control is needed. A vertical flow hood is often used in applications where speed is important since it is easily accessible from the front or top of the cabinet. Air flows through the filter and down into the cabinet in a uniform, laminar air flow pattern, removing dust and particulate contaminants from the workspace. It consists of a cabinet with an air filter located at the top. The vertical laminar flow hood is the most common type used in laboratories and other cleanrooms. What are the two types of laminar flow hoods? Laminar flow hoods are used in many industries, including pharmaceuticals, research laboratories, and electronics manufacturing. It works by using a combination of air pressure and a filtering system to provide a steady, unidirectional flow of air over the work surface, trapping any airborne particles and keeping the area clean and sterile. A laminar flow hood is a specialized laboratory equipment designed to create a contaminant-free work area. ![]()
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