Biological Safety Cabinet

170000 INR/Piece

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Product Details:

Usage Hospital
Size Standard
Feature Eco-Friendly Water Resistance Hygienic
Origin IIndia
General Use Indoor Furniture
Color White
Laboratory Furniture Type Biological Safety Cabinet
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Biological Safety Cabinet Price And Quantity

Price 170000 INR/Piece
Minimum Order Quantity 1 Piece

Biological Safety Cabinet Product Specifications

Feature Eco-Friendly Water Resistance Hygienic
Finish Other
Material Stainless Steel
Laboratory Furniture Type Biological Safety Cabinet
Size Standard
Origin IIndia
Usage Hospital
Color White
Metals Type Aluminum
General Use Indoor Furniture

Product Description

A vital piece of equipment for labs and research centres handling potentially dangerous biological materials is the biological safety cabinet. This cutting-edge cabinet produces a regulated atmosphere and is designed to offer a high level of protection. It has excellent containment abilities that reduce the possibility of coming into contact with dangerous biological agents. In order to safeguard the integrity of your studies and avoid the discharge of pollutants into the laboratory environment, biological safety cabinets put a physical barrier between the user and the items being handled. It shows great durability and is certainly a valuable investment.

Applications of Biological Safety Cabinet:

1. Cell Culture Work: BSCs are commonly used in cell culture laboratories to provide a sterile environment for the handling and manipulation of cell lines.

2. Microbiological Research: BSCs are essential in microbiological research for studying bacteria, viruses, and other microorganisms. They prevent contamination of cultures and protect researchers from exposure.

3. Virology Research: BSCs play a crucial role in virology laboratories where researchers study and manipulate viruses. The cabinets help prevent the accidental release of viral particles into the environment.

4. Tissue Culture Work: BSCs are used for handling and processing tissues in a sterile environment, preventing cross-contamination and ensuring the integrity of experiments involving tissue cultures.

5. Biochemical and Molecular Biology Experiments: Laboratories conducting experiments involving DNA, RNA, and other biohazardous materials use BSCs to minimize the risk of contamination and protect researchers from potential exposure.

6. Drug Development and Pharmaceutical Research: In pharmaceutical laboratories, BSCs are employed in the early stages of drug development where the handling of biological agents is necessary.

7. Diagnostic Testing: BSCs are used in clinical laboratories for diagnostic testing involving infectious agents. They help maintain a clean and controlled environment to ensure accurate test results.

8. Animal Research Facilities: BSCs are utilized in laboratories conducting research involving animals and biohazardous materials. They protect researchers from exposure and prevent the escape of potentially harmful agents.

9. Teaching and Training: BSCs are used in educational settings, such as universities and training institutions, to teach students proper techniques for working with biological materials safely.

10. Forensic Laboratories: BSCs are employed in forensic laboratories where the analysis of biological samples, such as blood and tissues, is conducted. They help prevent contamination and protect the forensic analysts.

11. Clinical and Public Health Laboratories: BSCs are used in laboratories dealing with clinical specimens and public health research to ensure the safety of laboratory personnel and the accurate handling of potentially infectious materials.

Biological Safety Cabinet FAQ:

1. What is a Biological Safety Cabinet (BSC)?

Ans: A Biological Safety Cabinet is a specialized piece of laboratory equipment designed to provide a controlled environment for working with hazardous biological materials. It protects both the laboratory personnel and the surrounding environment from potential exposure to pathogens.

2. What are the different classes of Biological Safety Cabinets?

Ans: There are three main classes of BSCs: Class I, Class II, and Class III. Each class offers different levels of containment and protection. Class II cabinets are further divided into Types A1, A2, B1, B2, and Class III is a completely enclosed system.

3. What is the primary purpose of a BSC?

Ans: The primary purpose of a BSC is to provide a clean and controlled workspace for the manipulation of biological materials, preventing the release of airborne contaminants and protecting the researcher and the environment.

4. How does a BSC protect the user?

Ans: BSCs use a combination of air flow patterns, such as laminar or turbulent flow, and high-efficiency particulate air (HEPA) filters to create a barrier that prevents the escape of hazardous biological agents. The air flow also protects the user by directing contaminants away from the breathing zone.

5. What are the key differences between Class II Type A1 and Type A2 BSCs?

Ans: Class II Type A1 BSCs exhaust a portion of the filtered air into the laboratory, while Type A2 BSCs recirculate the air within the cabinet. Type A2 cabinets provide a higher level of protection against chemical vapors due to their design.

6. How often should a BSC be certified or validated?

Ans: BSCs should be certified and validated annually to ensure they are functioning properly and providing the necessary level of containment. Certification involves testing various parameters, such as airflow velocity, HEPA filter integrity, and containment performance.

7. Can a BSC be used for chemical work?

Ans: While BSCs are primarily designed for working with biological materials, some types (such as Type A2 cabinets) provide a degree of protection against chemical vapors. However, for intensive chemical work, a chemical fume hood is more appropriate.

8. What precautions should be taken when using a BSC?

Ans: Users should follow proper aseptic techniques, work from clean to dirty, and avoid unnecessary movements within the cabinet to minimize the risk of contamination. Regular cleaning and disinfection of the BSC are also crucial.

9. Can BSCs be used for radioactive materials?

Ans: Yes, some BSCs are designed to handle radioactive materials, and they are referred to as radioisotope or radionuclide BSCs. These cabinets provide containment for both biological and radioactive materials.

10. Can a BSC be used as a substitute for personal protective equipment (PPE)?

Ans: No, BSCs are not a substitute for PPE. Users should still wear appropriate PPE, such as gloves, lab coats, and eye protection, in addition to working within a BSC to ensure comprehensive protection.

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