22 Tons Remote Control Electric Steerable Transfer Cart
Product Introduction
This electric steerable transfer cart features an extra-large platform of 11000 x 3000 x 800mm. Powered by a high energy industrial battery pack, it utilizes a trackless, pure electric drive system. Through dual motors with differentiated speeds, it can achieve 360 degrees rotation, forward and backward movement, and lateral movement on concrete or steel surfaces. The extra-large platform and extremely low center of gravity not only ensure the stability of large materials during transport but also enable efficient, continuous, all-weather cross-workshop transport.
Structure and Accessories
Tabletop Design: Flat tabletop, facilitating direct placement of various workpieces and molds, or use with wooden supports and specialized tooling; 800 mm tabletop height, suitable for most workshop operating heights, reducing reliance on additional lifting equipment.
Mounting Mechanism: The electric steerable transfer cart equipped with high-load-bearing polyurethane wheels, offering excellent wear resistance, low operating noise, and no damage to epoxy flooring or concrete pavement; compared to cast steel wheels, polyurethane material performs better in terms of ground adaptability and shock absorption.
Power System: Large capacity industrial battery, with a portable charger, can be recharged at any location with an outlet; a power display screen at the end of the tabletop provides real-time feedback on remaining battery power, constantly reminding workers and preventing power outages during operation.
Control and Safety: Wireless remote control combined with an emergency stop button, audible and visual warning lights, and a laser sensor device automatically detects obstacles ahead during operation, actively slowing down or braking upon encountering people or objects, achieving proactive safety protection, particularly suitable for workshop environments with frequent personnel movement.
Advantages
Extremely Flexible Operation: Freed from the constraints of tracks, allowing for omnidirectional trackless operation. It can easily make right-angle turns or U-turns in narrow workshop aisles, significantly improving the effective utilization of factory space.
High Environmental Protection: Pure electric drive achieves "zero emissions" of carbon dioxide and particulate matter, ensuring smooth and stable operation. A precise speed control system effectively prevents inertial displacement of materials during start-up and shutdown.
24-Hour Unrestricted Use: Through scientific optimization of battery pack capacity and a "fast charging/backup battery rotation" design, the vehicle can meet the needs of multi-shift, high-frequency operations, ensuring uninterrupted material handling.
Wear Resistance: The cast steel frame combined with high-strength polyurethane wheels provides excellent wear resistance, greatly extending the equipment's service life in dusty, high-load workshop environments.
Application
In practical applications, the electric steerable transfer cart can plan routes according to factory roads and production processes. Workers control the cart's operation wirelessly or on-site, loading molds, workpieces, or production materials onto the flat platform for transfer.
During operation, laser sensors continuously monitor the surrounding environment, and an audio-visual system simultaneously alerts nearby personnel. Upon arrival at the designated workstation, precise docking and unloading are completed, achieving highly efficient logistics connections within the workshop.
Widely applicable to: Internal material turnover in manufacturing plants
Large workpiece cross-regional transportation
Mold handling and equipment transfer
Production line workstation delivery
Design Concept
The design of this electric steerable transfer cart revolves around two core principles: "burden reduction" and "empowerment":
Reducing the burden on the ground: Utilizing highly elastic, wear resistant, and durable polyurethane wheels, heavy duty handling no longer comes at the cost of damaging the road surface, extending the lifespan of factory infrastructure.
Reducing the burden on time: A battery paired with a portable charger eliminates wasted time spent "charging waits," allowing equipment to serve the pace of operations, rather than people being bound by the equipment.
Empowering safety: The transfer cart is equipped with LiDAR, giving heavy-duty equipment "vision" and "response," transforming passive protection into proactive early warning to ensure safe operation.