Innovative Solution for Heavy-Duty Material Handling: 20-Ton Detachable Electric Trackless Trolley Launch
A 20-ton maintenance-free battery powered trackless trolley, designed to solve heavy-duty material handling problems, has recently been unveiled, providing a new and efficient solution for material transportation in industrial production.
In traditional industrial production, especially when handling large workpieces, molds, and a large amount of raw materials, heavy-duty material handling has always been a tough issue. Long transportation distances and heavy loads often cause frequent breakdowns of traditional handling equipment, resulting in high maintenance costs and seriously affecting production efficiency. Moreover, different production processes have diverse requirements for the size and load capacity of handling equipment, and ordinary trolleys are difficult to meet such diverse needs.
To address these pain points, this new trackless trolley demonstrates excellent adjustability. Its frame is made of spliced cast steel, which provides a solid foundation for bearing heavy loads. Additionally, to adapt to the large differences in the volume and size of handled items, the trolley is equipped with a unique adjustable tabletop system using spliced steel plates. There are three protrusions on each of the four sides of the trolley, which can be easily spliced with symmetric steel plates on the four sides to extend the tabletop. This ingenious design not only greatly increases the loading area of the trolley but also evenly distributes the gravity of heavy objects, effectively avoiding potential safety hazards caused by excessive local pressure and ensuring stability during the handling of various large and heavy items.
This trolley has a wide range of applications. It is equipped with flexible rotating polyurethane wheels. The six wheels of the whole vehicle are divided into two groups, with the two middle driving wheels being relatively larger. The special design enables it to effectively control the sinking amplitude under heavy pressure, ensuring the trolley can run smoothly under various complex working conditions. Besides, there is no limit on the operating distance, and it has excellent high-temperature resistance. Whether in a high-temperature foundry workshop or a large warehousing and logistics center requiring long-distance transportation, it can operate stably. As a customized product, it can be personalized according to specific customer needs, further expanding its application scenarios.
Take the raw material handling process in a large manufacturing enterprise as an example. Raw materials in the warehousing area are stacked in various forms and sizes, making it difficult for traditional handling equipment to load and transport efficiently. The application of this new trackless trolley offers new ideas for material handling. In the warehousing area, workers can quickly adjust the trolley's tabletop according to the actual size of raw materials to achieve efficient loading.
During transportation, the maintenance-free battery provides stable power supply continuously, ensuring the vehicle can easily complete long-distance transportation. After entering the high-temperature production workshop, the trolley can still operate normally and accurately deliver raw materials to each workstation on the production line. Its environmental-friendly feature creates a cleaner production environment in the workshop, and the adjustable structure perfectly adapts to the size requirements of different workstations on the production line, greatly improving the fluency and efficiency of the entire production process.
The launch of this 20-ton maintenance-free battery powered trackless trolley has brought a revolutionary change to heavy-duty material handling in the industrial field. With its innovative structural design, powerful functions, and wide applicability, it is expected to become a powerful assistant for many enterprises to improve production efficiency and reduce operating costs, promoting industrial production towards a more efficient and environmentally friendly direction.
