As a vital protective equipment in the field of life sciences, the biosafety cabinet provides a solid guarantee for the biosafety of the laboratory.

This biosafety cabinet adopts advanced design concepts and exquisite manufacturing technology, and has excellent performance. Its core air filtration system is equipped with a high-efficiency HEPA filter, which can effectively filter out harmful biological particles in the air, with a filtration efficiency of up to 99.99%-100%, ensuring that the air quality in the work area reaches the 100-level cleanliness standard, creating a safe and sterile environment for experimental samples and operators.

The structural design of the cabinet is also very sophisticated. The sides and back of the operating room are made of 304 stainless steel with a thickness of not less than 1.5mm, without seams, and a large arc angle design, which is not only easy to clean, but also effectively prevents bacterial growth and residue. The work surface is a whole piece of polished stainless steel plate stamped in one time, with smooth double-sided and no welding, which ensures the flatness and corrosion resistance of the operating surface, and provides a stable and reliable platform for experimental operations.

In terms of airflow control, different models of biosafety cabinets can meet a variety of experimental needs. For example, in the A2 type of secondary biological safety cabinet, the minimum or average airflow velocity at the front window is at least 0.5m/s, 70% of the gas is recirculated to the working area through the HEPA filter, and 30% of the gas is filtered out through the exhaust port, which can effectively protect the sample and ensure the safety of the operator and the environment.

In addition, the biological safety cabinet is also equipped with a series of humanized designs and functions. For example, the microcomputer controller is located on the inclined surface in the middle of the cabinet, which is convenient for observation and operation, and has an administrator password protection function; the non-pressure differential high-precision wind speed sensor can detect the falling wind speed and the inflow wind speed in real time, and display it on the LCD screen, so that the operator can grasp the operating status of the cabinet at any time.

At the same time, the cabinet contains silver ions or zinc oxide nano-coatings on the outside, which can inhibit the growth of microorganisms on the cabinet surface, and the cabinet coating is resistant to hydrogen peroxide or ozone corrosion, further improving the hygiene and durability of the cabinet. Standard accessories such as armrests and wheel brackets also bring more convenience to experimental operations.

Whether in biopharmaceuticals, higher education and research institutions, or public health and medical and health industries, this biosafety cabinet cabinet-life science has become a powerful assistant to ensure experimental safety and promote the development of life science research with its excellent performance and reliable quality.