Cleanroom cranes make an important contribution in aerospace manufacturing production. Although the development of aerospace is closely related to military applications, what is more important is the tremendous progress that human beings have made in this field, which have had a significant impact on many sectors of the national economy and many aspects of social life, changing the face of the world. .
The development of aviation has greatly changed the structure of transportation, and has also spawned new types of cranes for use in clean room environments. Airplanes provide people with a fast, convenient, economical, safe and comfortable means of transportation. International flights have replaced ocean liners and become the main tool for people's intercontinental exchanges, which has brought closer exchanges between countries around the world. Domestic flights have replaced rail passenger transport more in some countries, accelerating the development of remote areas.
Innovations in cleanroom cranes have also laid the foundation for a thriving aerospace industry, with jumbo jets and communications satellites considered two important pillars of the information society. In industry, aircraft are also widely used in aerial photography, geodetic mapping, geological exploration and resource survey; in agriculture, aircraft are used for sowing and fertilizing, weeding and pest control, forest fire prevention and environmental protection. All this has had a profound impact on the transformation of traditional production methods.
The combination of aerospace technology and other science and technology has created many new technological approaches, which directly serve many sectors of the national economy and produce huge economic and social benefits. Satellite communication has the advantages of long communication distance, large capacity, good quality, high reliability and flexibility, and has become an important means of modern communication. In the early 1980s, the international satellite communication network has undertaken two-thirds of the intercontinental telecommunication business and almost all the intercontinental television transmission business. Satellite broadcasting can directly carry out television broadcasting to the public in a wide area, making a fundamental change in television broadcasting technology. Satellite communication can connect scattered electronic computer equipment into a national or international information network, and greatly exert the effectiveness of computer systems. Satellite communication and satellite broadcasting are the most economical and effective means of communication and broadcasting for countries with vast territory and relatively backward economy. Satellite navigation has caused major changes in navigation technology, realizing all-weather, global, high-precision navigation and positioning, and is used in ship navigation, ocean surveys, offshore oil drilling, geodetic mapping, search and rescue, etc. Cloud images and other meteorological observation data provided by meteorological satellites play an important role in improving the accuracy of meteorological forecasts, especially for severe weather forecasts such as typhoons, and bring great benefits to many sectors of the national economy. Earth resources satellite is the fastest, most effective and most economical tool for census of earth resources. It can be used to investigate underground mineral deposits, marine resources, water conservancy resources, assist in the management of agriculture, forestry, animal husbandry and fishery, and monitor natural disasters and environmental pollution. . The annual revenue of an earth resource satellite is about ten times the cost of satellite development and launch. In the aerospace field, clean room cranes are inseparable, clean room driving, clean room air cranes are pollution-free and dust-free in material handling, and meet the needs of workshops.