Biobased Laminar Flow Cabinet: Ensuring Biosecurity
This video explains the functioning of a biobased laminar flow cabinet and its role in providing biosecurity.
00:00:00 A vertical laminar flow cabinet for protection of environment, person, and product. It uses an H14 HEPA filter to retain bacteria and prevent larger particles from passing through. Suitable for clean work areas.
🔍 A vertical laminar flow cabinet of class 2A2 is designed to protect the environment, the person using it, and the product being handled.
⚙️ The cabinet uses an EPA filter that can trap particles larger than three micrometers, making it effective in retaining bacteria but not necessarily viruses, fungi, parasites, or other microorganisms.
🧼 The cabinet is used in areas where cleanliness and purity are essential, providing a clean environment for tasks that require it.
00:01:49 Summary: This video explains the functioning of a biobased laminar flow cabinet and its role in providing biosecurity. It describes how the airflow is controlled to ensure protection for both the environment and the user. Usage instructions are also provided.
⚡️ A laminar flow cabinet is designed to maintain a clean and safe environment for biological work.
🌀 The airflow in the cabinet is directed from top to bottom to ensure optimal containment of contaminants.
🔒 The cabinet's filters prevent external air to enter, protecting both the operator and the products inside.
00:03:38 The video is about the Biobase Class II AII Biosafety Laminar Flow Cabinet and its functions, including sterilizing tools and creating a pressure zone.
The video is about the use of a laminar flow cabinet for biosecurity purposes.
The cabinet is used for sterilizing tools and creating a sterile working environment.
The cabinet has multiple functions, including generating a controlled pressure zone.
00:05:25 This video explains the height of the glass opening and the impact on air pressure and velocity in a laminar flow cabinet. It warns against exceeding the height for safe work and discusses the accumulation of microorganisms in the filter.
🔝 The height of the glass opening is important for maintaining proper air pressure and velocity in the laminar flow cabinet.
🌱 The laminar flow cabinet is designed for various purposes, including cultivation, but there is a separate cabinet specifically for crop cultivation.
⚠️ Although aerosols may be created when working with the laminar flow cabinet, most of the microorganisms and particles are trapped in the filters.
00:07:16 This video discusses the proper use and maintenance of a laminar flow cabinet for biological safety. It emphasizes the importance of cleaning the workspace before and after each use with isopropyl alcohol.
The flow velocity in the laminar flow cabinet may decrease over time.
It is important to clean and decontaminate the work area before and after use.
The internal cleaning of the cabinet should be done monthly.
00:09:06 Learn about the features and operation of a Class II AII biosafety laminar flow cabinet for biosecurity. Considerations for turning on/off the flow and the recommended maximum time of use.
🔍 The laminar flow cabinet has two airflow speeds: 0.35 m/s and 5 m/s.
💡 When using the cabinet, it is important to turn off the motor, lower the protection cover, and limit exposure to the UV light to avoid damage to the skin and DNA.
🤔 If there are any questions about the equipment, feel free to ask.
00:11:01 This video discusses the use and programming of the BIOBASE Class II AII Biosafety Laminar Flow Cabinet. It also mentions the need for training and certification.
🔍 The video discusses the use and programming options of the BIOBASE Class II AII biosafety laminar flow cabinet.
⏰ The cabinet can be programmed to turn on at a specific time and can be customized according to individual needs.
📝 Participants are required to provide their information for certification purposes.
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