With the development of science and technology, the types and functions of lifting machinery are becoming more and more diversified. As an emerging lifting equipment, grue araignée has been widely used in many fields. The following will compare and analyze the performance characteristics of spider crane and traditional lifting machinery.
Flexibility: The mini-grue araignée adopts rubber crawler hydraulic walking device, which has a small turning radius and strong climbing ability. In a narrow space, spider crane can operate flexibly and adapt to various complex terrains. Traditional lifting machinery such as car crane, crawler crane, etc., due to their large size, large moving and turning radius, have relatively poor adaptability. In some narrow and complex sites, traditional lifting machinery is difficult to play its advantages.
Operational Performance: The mini-grue araignée is simple to operate and easy to use. It is operated by wireless remote control or fuselage switch, which has a fast operation speed and improves work efficiency. The operation of traditional lifting machinery is relatively complicated and requires professional personnel to operate. In addition, the speed of traditional lifting machinery is relatively slow during operation, which affects work efficiency.
Sécurité : la mini-grue sur chenilles is equipped with safety locks and hydraulic brakes, with mature production technology and high safety. At the same time, it can adjust the operating speed as needed during the hoisting process, reducing safety risks. Traditional hoisting machinery has relatively high safety hazards during operation due to factors such as operating technology and equipment performance.
Application: Tracked mini crane is suitable for narrow places where large cranes cannot be deployed, such as shopping malls, workshops, underground garages, etc. Traditional hoisting machinery is suitable for open sites and large projects, such as construction sites, ports, etc.
Grue araignée has obvious advantages in flexibility, operating performance, safety and scope of application.