Recently, a laboratory integrated fume hood has been officially launched to meet the needs of laboratory safety and efficiency. This product breaks the spatial limitations of traditional single unit fume hoods and is designed to fit the actual operational scenarios of laboratories, providing safety protection and convenient support for experimental work in fields such as chemistry, biology, and environmental testing, further improving the supply of laboratory safety equipment.
1、 Core advantage: Focus on safety and practicality
1Space integration and flexible adaptation
The integrated design seamlessly connects multiple sets of fume hoods, reducing gaps between individual equipment and fully utilizing laboratory space, especially suitable for scenarios with limited area or where the experimental process requires continuous operation. The equipment can adjust the combination length according to the laboratory layout, adapt to different scale requirements, avoid the inconvenience caused by scattered equipment placement, and enable laboratory personnel to switch between adjacent workstations more smoothly, improving work efficiency.
2Strengthen security protection performance
The product focuses on the control of harmful substances in experiments. The airflow design inside the cabinet can quickly capture harmful gases and dust, which are then discharged outside through a dedicated exhaust system to reduce the diffusion of harmful substances inside the laboratory. The cabinet is made of acid and alkali resistant and high temperature resistant materials, which resist corrosion from common chemical reagents and temperature changes, reducing the risk of equipment damage; The cabinet door rises and falls smoothly, and the opening and closing height can be adjusted according to needs, balancing operational flexibility and protective stability.
3Convenient operation and user-friendly design
The fume hood is equipped with a clear operation panel, allowing experimenters to easily adjust parameters such as wind speed and lighting without the need for complex learning. Adequate operating space is reserved inside the cabinet, equipped with adjustable shelves and power interfaces for easy placement and connection of equipment, reducing the hassle of equipment transfer. At the same time, the surface inside the cabinet is smooth and easy to wipe, reducing residual stains and lowering the difficulty of daily maintenance.

2、 Industry application: covering multiple experimental scenarios in various fields
1In the field of chemistry and materials research and development
Volatile harmful gases or corrosive substances are often generated in chemical synthesis and material analysis experiments. A combined ventilation cabinet can effectively control these substances and provide a safe operating environment; The coherent space design facilitates the synchronization of multiple experiments and adapts to the frequent sample processing and data recording requirements in research and development.
2In the field of biological and pharmaceutical experiments
Biological sample testing and drug development have high requirements for environmental cleanliness and safety. This fume hood can reduce the diffusion of biological aerosols and lower the risk of cross contamination; Flexible spatial layout to adapt to different specifications of biological experimental equipment, supporting continuous operations such as sample cultivation and testing, and assisting in the standardized development of experimental processes.
3Environmental and food testing field
Environmental sample analysis and food ingredient testing require the handling of complex samples and multiple reagents. The large operating space and efficient exhaust capacity of the integrated fume hood can meet the needs of multi-step experiments, while ensuring that experimental personnel are not affected by volatile substances in reagents, ensuring safe and orderly progress of testing work.
This laboratory integrated fume hood is optimized in terms of space utilization, safety protection, and operational experience, accurately matching the needs of different experimental scenarios in various fields, providing strong support for the safe and efficient operation of laboratories, and is expected to become a practical choice for more laboratories.