Clean bench

Background Overview

In the current era of rapid technological development, numerous industries such as education and research, inspection and quarantine, food and pharmaceuticals, biomedicine, chemical engineering, semiconductors, and new energy are booming. They are constantly exploring the unknown, seeking breakthroughs, and conducting a large number of complex and challenging experimental research and application production. While these activities are promoting the progress of the industry, they also hide many risks. For instance, the frequent use of hazardous substances tests the professional quality and safety protection ability of the operators. The handling of the testing, storage and disposal stages is of vital importance. Some experiments and production have strict environmental requirements. The specific environment is related to the smooth progress of research and production, the accuracy of results, operational safety and personnel health. Environmental construction and protection cannot be ignored.

The company's products are centered on safety and environmental purification, designed to meet the specific needs of various fields. They cover safe storage of hazardous substances, intelligent storage of chemical reagents, safe ventilation for preventing leakage and gas diffusion in chemical experiments, safe ventilation for operations in sterile biological environments, air purification and environmental protection, and high-cleanliness environmental purification, etc. Our full range of products covers all aspects including safe storage, operation protection, environmental purification, and waste collection. We are committed to addressing the safety and reliability issues in specific production or testing environments, providing a strong guarantee for the safe development of the industry and safeguarding scientific research and production activities.

Scene problem

Inhalation risks of air pollutants: This includes harmful gases produced by experiments, industrial dust, chemical waste gases, etc. Long-term or high-concentration inhalation can lead to respiratory diseases, poisoning, and even cancer.

Risk of exposure to bioaerosols: Bioaerosols may be generated during laboratory operations and biological processing, posing an infection risk to laboratory personnel. In severe cases, it can cause an epidemic.

Chemical substance contact hazard: Chemical substances widely present in experiments and production processes, such as solvents, heavy metals, corrosive substances, etc., may enter the human body through skin contact, inhalation or accidental ingestion, causing acute or chronic poisoning.

Extreme temperature and humidity conditions: Unsuitable temperature and humidity conditions may affect the comfort and health of workers. Long-term exposure to extreme environments can cause heatstroke, frostbite, respiratory diseases, etc.

Cross-contamination of air quality: Cross-contamination of air between different regions, such as contamination between different experimental areas within a laboratory or different production processes within a factory, may lead to distorted experimental results or a decline in product quality.

Microbial cross-contamination: In scenarios where strict control of the microbial environment is required, cross-contamination may lead to experimental failure, product contamination or personnel infection...

Professional fields such as laboratory research and development, industrial production and manufacturing, biosafety and environmental control, and cleanroom technology and application all require strict environmental control and purification measures to ensure the accuracy, safety and efficiency of experiments and production.

Solution

The comprehensive air purification system, through efficient filtration, intelligent control and ventilation, comprehensively improves and maintains the air quality in the experimental and production environment, providing health protection for the staff.

The special dust control plan focuses on source control and efficient dust removal. By integrating industrial dust collectors and other equipment, it thoroughly resolves the issue of dust pollution in industrial production and ensures a clean production environment.

Biosafety protection measures cover the use of biosafety cabinets and air disinfection and purification, creating a safe and sterile working environment and effectively preventing the leakage of bioaerosols and microbial contamination.

The comprehensive environmental control plan focuses on the precise implementation of temperature and humidity control, creating a comfortable and safe working environment to ensure the efficient operation of scientific research and production. At the same time, it is equipped with appropriate air conditioning, humidification and dehumidification equipment to achieve precise environmental control.

Super clean bench

Series Overview

The laminar flow hood meets various laboratory and production requirements and is divided into vertical flow and horizontal flow types. The vertical flow laminar flow hood has a vertical downward airflow, preventing cross-contamination and is suitable for high-cleanliness experiments. It is equipped with high-efficiency air filters (HEPA), with a filtration efficiency of over 99.99% for dust particles of 0.3 microns and above. Some of them use ultra-high-efficiency filters (ULPA). The workbench surface is made of high-quality stainless steel, which is corrosion-resistant and easy to clean. The structural design includes single-person, two-person and multi-person collaborative types, equipped with auxiliary functions such as lighting and sterilization ultraviolet lamps. The operation panel is user-friendly and can adjust parameters such as wind speed and timing, providing a clean, stable and convenient local operation environment.

Series of applications

The laminar flow hood has key applications in many industries. In biopharmaceuticals, ensuring the sterility of cell experiments and microbial cultures guarantees the quality of experiments and drugs. In medical tests, it is necessary to prevent samples from being contaminated and ensure the accuracy of the results. In scientific research institutions, clean environments are provided for genetic engineering, the preparation of nanomaterials, etc., to ensure the reliability of experiments and data. In the field of electronic optics, it helps with the assembly of precision components and the cleaning of lenses, prevents dust from damaging sensitive components, and improves product accuracy, etc.

Product characteristics

Material characteristics: Made of cold-rolled steel plate or stainless steel, with a smooth surface that is corrosion-resistant, easy to clean and disinfect, and can prevent leakage and bacterial growth.

Glass door design: Transparent glass door, which can be pushed and pulled up and down to stop freely, has good sealing performance and is convenient for observation and operation.

Lighting advantages: Sufficient lighting facilitates clear observation of operations and samples, ensuring accurate and safe operation.

Sterilization function: Ultraviolet sterilization lamp, effectively disinfects the working area and inhibits the growth of microorganisms.

Fan features: The operating noise of the centrifugal fan is ≤62dB (A), creating a quiet environment and reducing interference.

Filtration efficiency: The high-efficiency filter can capture particles, dust and suspended matter of 0.3um and below, with a filtration efficiency of 99.999%.

Control mode: Touch panel switch control, digital display of working status and parameters, convenient and user-friendly operation.

Easy to move: Universal casters assist in free movement, allowing for flexible adjustment of the layout position in the laboratory or workshop.