120 Tons Hydraulic Lifting Battery Rail Transfer Cart In Shipyard

Recently, a revolutionary product designed for the transfer of heavy components in shipyards，a 120 tons battery powered rail transfer cart,has been officially launched. Its core technological breakthrough lies in the perfect integration of large capacity and a bi-directional movement system, providing the shipbuilding industry with an efficient, environmentally friendly, and safe new solution for material handling.

New Design:

• The breakthrough centered on "heavy-load and cross-track movement" not only enhances the comprehensive utilization rate of a single unit but also offers a reliable solution for the logistics automation upgrade in heavy manufacturing.
• The cast steel wheels and dual-wheel system, combined with the hydraulic lifting device, ensure load-bearing capacity and wear resistance while balancing smooth operation and shock absorption. Transfer cart equipped with a wireless remote control and automated programming control system, along with an LED real-time display screen, it enables precise cart maneuvering and intelligent human-machine interaction.
• The laser-sensing collision avoidance system (dead man stop) and audible-visual alarm lights further enhance operational safety. Meanwhile, the high capacity battery, paired with the battery level display screen, ensures sustainable operation without distance limitations, meeting the demands for continuous, long distance transportation in shipyards.

This cart is particularly suitable for transferring large sections, heavy equipment, and components in shipyards. Its vertical and horizontal movement capability allows the cart to turn flexibly in confined spaces, operate across zones, and even connect with multiple tracks via turntables, significantly reducing equipment adjustments and waiting times during handling.
The high temperature resistant design and eco-friendly pure electric power supply also enable it to adapt to the complex working conditions of shipyards, markedly improving operational efficiency and sustainability.