15 Tons Lifting Rail Guided Vehicle for Container Handling
In modern mold manufacturing workshops, the heavy loads, precision docking requirements of container molds place stringent demands on logistics handling equipment. Recently, a 15 tons lithium battery powered rail mounted lifting Rail Guided Vehicle( RGV), specifically designed for mold production lines, was officially delivered and put into use. Its superior heavy load performance and intelligent configuration inject new momentum into the transformation of smart factories.
Stable Structure
This lifting rail guided vehicle measures 2100×1900×450mm and features an industrial-grade box beam frame design, coupled with high-strength cast steel wheels and a shock-absorbing system. This gives the equipment an impressive 15 tons compressive load capacity,easily coping with the harsh processing environment of mold factories and ensuring no deformation during long-term, high-frequency operation.
Intelligent and Flexible Control
As a new generation of intelligent material handling equipment, this lifting rail guided vehicle achieves free operation without distance limitations.
Multi-mode Convenient Operation: The vehicle integrates a PLC coding control system, combined with an intuitive LED display screen and power indicator, allowing operators to easily control it via wired handle or wireless remote control.
Precise Hydraulic Lifting: A built-in customized hydraulic lifting platform enables precise and seamless integration with mold production lines, making the loading, unloading, and turnover of container molds smoother and more stable.
Intelligent Control and Safety
In terms of safety, the lifting rail guided vehicle is equipped with laser sensor devices and audible and visual alarms, creating an active safety net to ensure safe and worry-free human-machine collaboration in complex workshops.
This 15 tons lithium battery powered lifting rail guided vehicle is not only environmentally friendly but also significantly improves the logistics efficiency of mold companies thanks to its excellent applicability and high degree of customization.
