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The advantages of installing high speed door in laboratories

Recently, a well-known research institution upgraded and renovated its laboratory by installing high-performance high speed door at key entrances and exits to improve safety, cleanliness, and work efficiency. This measure not only optimizes the experimental environment, but also provides a more convenient way for researchers to travel.

1. Improve cleanliness

The laboratory has strict requirements for air quality and environmental control. Traditional doors, due to slow opening, can easily cause excessive air flow, increasing the risk of dust and pollutants entering. The high speed door installed this time adopts a sealed structure, combined with automatic sensing control, which can be opened and closed in a short time, effectively isolating external pollution and ensuring the cleanliness of the experimental environment.

2. Efficient passage improves work efficiency

Laboratory personnel and materials frequently enter and exit, traditional doors open slowly and are inconvenient to operate, while high speed door open and close in seconds, reducing waiting time, especially suitable for scenarios that require hand carts or automatic equipment to transport reagents and samples. Experimenters can open the door contactless through induction, buttons, or card swiping to improve the smoothness of the experimental process.

3. Energy conservation and environmental protection, optimizing operating costs

The quick door only takes a short time to open, avoiding air loss and reducing the energy consumption of temperature control equipment. For laboratories with high requirements for constant temperature and humidity, such as biological laboratories, dust-free workshops, pharmaceutical laboratories, etc., the energy-saving effect of high speed door is particularly significant, reducing overall operating costs.

4. Intelligent management to enhance security performance

The fast door installed this time has safety functions such as automatic reset, infrared collision avoidance, and emergency stop, which can effectively prevent accidental collisions between personnel or equipment. In addition, the door body is made of corrosion-resistant and chemical resistant materials, which can adapt to the special laboratory environment and ensure long-term stable operation. After installing the high speed door, the temperature and humidity fluctuations in the experimental area were reduced by more than 30%, the experimental environment was more stable, and the energy consumption cost of the equipment was reduced by about 15%, which is of great significance for long-term operation.

With the development of technology, laboratories have increasingly high requirements for safety, cleanliness, and intelligent management. As an important supporting facility for modern laboratories, rapid access doors are gradually becoming a standard equipment for high-end research institutions, pharmaceutical companies, biological laboratories, and other places, providing higher quality guarantees for scientific research work.