What is a cantilever gantry crane?


Date:

2021-12-10

    A cantilever gantry crane is used to create a pipeline that is isolated from external air. After evacuating the air inside the pipeline to create a vacuum, magnetic levitation trains and other transportation tools can operate within it. Because there is no air resistance, the trains can run at astonishing speeds, greatly reducing the time and space barriers between any two points on the Earth's surface. The pipeline is sealed, allowing it to operate underwater and in harsh climatic conditions without any impact.

Four Giants of Industrial Robots

    Any ground transportation tool, whether it is levitating or not, should not exceed a commercial operating speed of 400 kilometers per hour. Otherwise, energy consumption will be high, noise levels will exceed standards, and it will be difficult to be accepted by the market. This is determined by the dense atmosphere. However, ultra-high speed is a demand for ground high-speed transportation in the 21st century. The only way to achieve ultra-high speed in ground transportation is through vacuum (or low-pressure) pipelines, making vacuum pipelines an unavoidable choice for leading companies in the global power and automation technology sectors.

    Fortune Global 500 companies, leaders in the global power and automation technology field, are dedicated to providing solutions for customers in power, industry, transportation, and infrastructure, helping customers improve production efficiency and energy efficiency while reducing negative impacts on the environment. This is a brief introduction to the four giants of industrial robots. Industrial robots are the most important intelligent manufacturing equipment in the manufacturing industry, and as the proportion of human labor in the manufacturing system increases, the market demand for robots is growing. However, the development speed of the intelligent manufacturing industry is significantly lagging behind market demand. It is hoped that intelligent technology can be further enhanced in future developments.

Keywords:

Vacuum