BSC-A2 Biosafety Cabinet: Laboratory Safety Shield

The BSC-A2 biosafety cabinet adopts an air curtain isolation design, which creates an invisible barrier between the work area and the external environment. When the fan is started, the air is filtered through the pre filter and enters the static pressure box. It then passes through the high-efficiency filter and enters the operating area in a vertical laminar flow state. The left, right, and rear walls of the operating area are all negative pressure air ducts, which surround the working area with a negative pressure environment. In this way, external air cannot enter the work area, and infectious aerosols and splashes that may be generated inside the work area are firmly confined, effectively preventing cross contamination between the inside and outside. Meanwhile, its negative pressure vertical laminar flow mode with 30% external discharge and 70% internal circulation has significant advantages. Internal circulation of air can maintain cleanliness within the workspace and reduce energy consumption; The externally discharged part will discharge any pollutants that may be present in the cabinet, further ensuring environmental safety. For example, when handling highly pathogenic bacterial samples, this airflow pattern can ensure that other personnel and the environment in the laboratory are not contaminated, allowing researchers to conduct experiments with peace of mind.


Humanized operation design

The up and down movable glass door design allows for arbitrary positioning, making it extremely convenient for picking up items or conducting experimental operations. Moreover, the glass door can be completely closed, creating a relatively enclosed space for sterilization and disinfection before and after the experiment, enhancing the disinfection effect. When the positioning height of the glass door exceeds the safe range, the limit alarm prompt will sound in a timely manner, reminding the operator to avoid safety risks caused by improper operation. In addition, the design with a 10 ° tilt angle conforms to ergonomic principles. Working in front of a biosafety cabinet for a long time, if the posture is improper, can easily cause physical fatigue. And this tilt angle allows operators to operate in a comfortable posture, reducing pressure on the neck, shoulders, and waist, improving work efficiency, and also more in line with the natural operating habits of the human body.

Safe and durable material construction

The workspace is made of high-quality 304 stainless steel, which is smooth, seamless, and has no dead corners. Various reagents, pollutants, and other substances generated during the experimental process are not easy to residue, and can be easily and thoroughly disinfected, effectively preventing the erosion of corrosive agents and disinfectants, extending the service life of the safety cabinet, and ensuring that the workspace always maintains a sterile and dust-free state. The outer box is made of high-quality cold-rolled steel plate and treated with electrostatic spraying. It not only has a beautiful and elegant appearance, but also has good rust and corrosion resistance, which can adapt to various complex laboratory environments and provide solid external protection for the safety cabinet.
Intelligent and convenient control functions

Equipped with panel control, all parameters are clear at a glance, and the operation is easy to understand. When the high-efficiency filter approaches its service life or becomes clogged, the failure alarm function will promptly sound an alarm to remind staff to replace it in a timely manner, ensuring that the filtering effect is not affected and maintaining the normal operation of the safety cabinet. Once there is an outflow of airflow in the work area, the alarm system will immediately respond, warning the staff to take measures to prevent the leakage of biological hazardous substances into the external environment. The built-in UV lamp protection device can only operate when the front window and fluorescent lamp are turned off, avoiding operators from accidentally coming into contact with UV rays and causing physical injury. At the same time, it also has a UV timing function, which can set the disinfection time according to the needs, without the need for manual supervision. The intelligent design makes the operation more efficient