Intelligent Trackless Hydraulic Lifting Transfer Cart | Precise Navigation, High-Efficiency Heavy-Duty, Empowering Smart Manufacturing
In industries such as power equipment, heavy machinery, and precision manufacturing, the transfer of large-tonnage, high-precision materials and workstation docking remains a core challenge in production logistics. Our industrial trackless electric transfer cart integrates hydraulic lifting, PLC intelligent control, and magnetic strip navigation technology, providing a one-stop solution for demanding scenarios.

Technical Parameters:
| Rated Load Capacity | Customizable 10t–100t |
| Table Size | Customizable |
| Lifting Stroke | 0–300mm (Customizable), Hydraulic drive, stepless adjustment |
| Lifting Speed | 5–10mm/s, Adjustable |
| Power Supply | Lead-acid battery / Lithium battery, Lithium battery supports fast charging |
| Drive Method | DC servo motor, four-wheel drive / Differential Steering, Optional omnidirectional wheels for 360° steering |
| Traveling Speed | 0–20m/min (Adjustable), High and low speed modes selectable |
| Safety Features | Laser anti-collision system, audible and visual alarm, emergency stop button, travel limit switch; optional video monitoring |
🔹 Key Highlights: Intelligent Drive, Precise Control
Trackless Hydraulic Lifting, Flexible Adaptability
No tracks required, allowing free movement on hardened surfaces; integrated hydraulic lifting platform enables precise lifting from 0–300mm (customizable), easily facilitating material docking between workstations at different heights, suitable for the transfer and installation of equipment such as transformers and heavy molds.
PLC Intelligent Control, Stable and Reliable
Utilizing an industrial-grade PLC control system, supporting automatic/manual dual-mode switching, it allows for preset driving routes, lifting strokes, and stopping positions; equipped with fault diagnosis and data feedback functions, ensuring stable and controllable operation and reducing manual intervention.
Magnetic strip navigation for precise positioning: Magnetic strips are laid on the ground to achieve centimeter-level automatic navigation and positioning, with a driving deviation of ≤±10mm; it supports multi-path planning, automatic obstacle avoidance, and breakpoint continuation, perfectly adapting to the efficient flow of automated production lines and intelligent warehousing.
Worry-free heavy-load operation, ensuring safety: Standard configuration includes an electromagnetic braking + mechanical parking system with automatic brake engagement in case of power failure; optional safety devices include laser anti-collision, audible and visual alarms, and emergency stop buttons, ensuring the safety of personnel and equipment even under 35-ton heavy-load conditions.
🔹 Applicable scenarios: Covering high-requirement core fields
Power equipment manufacturing: Used for workshop transfer, testing, and finished product delivery of heavy power equipment such as transformers and switchgear, precisely matching the height and position requirements of different processes.
Heavy machinery assembly: In assembly lines for heavy equipment such as machine tools and presses, it enables precise transfer and workstation docking of large components, improving assembly efficiency and accuracy.
Intelligent Warehousing and Logistics: As the core transfer equipment of automated storage and retrieval systems (AS/RS), it enables automatic storage and retrieval of goods and cross-warehouse flow, supporting 24/7 uninterrupted operation.
Aerospace/Precision Manufacturing: In scenarios with extremely high positioning accuracy requirements, it completes the safe transfer and precise docking of precision components and large molds.
🔹 Value Upgrade: Cost Reduction and Efficiency Improvement, Intelligent Upgrade
Efficiency Enhancement: Automatic navigation + hydraulic lifting replaces manual and forklift operations, increasing transfer efficiency by over 50%, adapting to flexible production of multiple varieties and small batches.
Precision Guarantee: Magnetic strip navigation and PLC control achieve millimeter-level positioning, avoiding human error and reducing the risk of product damage.
Cost Reduction: Reduces labor input and equipment wear and tear; modular design reduces maintenance costs and supports long-term stable operation.
