The equipment introduced here is a Pallet Transfer Cart, specially designed and customized for a steel processing plant. Its core function is to cooperate with the factory's existing equipment to achieve efficient transfer and processing of heavy materials.
This rail transfer trolley operates entirely on a track system, offering stable operation and strong adaptability. We assigned dedicated personnel throughout the entire process, including on-site inspection, customized design, production, and delivery, completing the project within just one month. The final result fully met the client's expectations and achieved a high level of customer satisfaction.
| Model | DPX | |||||||
| Rated load (T) | 5 | 10 | 20 | 30 | 50 | 60 | 150 | |
| Impacted rated load(T) | 7.5 | 15 | 22.5 | 30 | 45 | 60 | 75 | |
| Structure of frame | Steel plates welded,beam structure | |||||||
| Table Size (mm) | Customized | |||||||
| Height (mm) | 450 | 530 | 600 | 700 | 800 | 800 | 1000 | |
| Motor Power (Kw) | 2 | 2 | 3 | 4 | 6 | 8 | 22 | |
| Rail Distance(mm) | 1430 | 2000 | ||||||
| Running speed(m/min) | 0-25 | 0-25 | 0-25 | 0-25 | 0-25 | 0-25 | 0-25 | |
| Battery Capacity(Ah) | 180 | 200 | 200 | 260-300 | 300-600 | |||
| Break method | electromagnetic brake | |||||||
| Ground clearance | 50-200 | |||||||
| Balance adjustment | mechanical conditioning | |||||||
| Operating Mode | Wireless remote control/car handle | |||||||
| Battery Type | Lead-acid battery, maintenance-free battery, lithium battery | |||||||
| Safety protectio | Infrared contact stop, fan-scanning radar | |||||||
| Mesa requirement | Laying rubber, V-shaped frame, table lifting, rollover, work frame | |||||||
The client is a factory specializing in steel processing. In daily production, they require a rail transfer trolley capable of transporting heavy palletized materials while accurately interfacing with other processing equipment to ensure smooth material transfer and efficient product processing.
Previously, the client used a standard rail car that could only transport materials but could not interface with processing machines. This required manual handling, resulting in low efficiency, increased risk of material damage, and potential safety hazards for operators. In addition, the equipment had poor adaptability and frequent malfunctions. Clearly, this solution was no longer suitable, prompting the client to contact us again to seek a better alternative.
After fully understanding the client's needs and pain points, we immediately assigned a dedicated engineer to the project. The engineer worked closely with the client to accurately define requirements related to operating speed, control methods, and docking with processing equipment.
At the same time, we organized an engineering team to conduct an on-site inspection at the customer's factory. The team carefully evaluated the workshop layout, track configuration, material weight, and interface positions of the processing machines. Based on the inspection results, we optimized the design, with particular emphasis on integrating a rolling platform structure.
During production, we strictly followed the approved design plan, with a dedicated engineer overseeing quality control to ensure all requirements were met. Within one month, we successfully completed production, testing, and delivery of the Pallet Transfer Cart.
Currently, this Pallet Transfer Cart is operating stably and efficiently in the customer's factory. The client reports that the remote control operation is convenient and safe, the 20 m/min traveling speed perfectly matches their production rhythm, and the rolling platform enables smooth transfer and precise docking of heavy materials with processing machines.
As a result, production efficiency has been significantly improved, labor input and material waste have been reduced, and the equipment demonstrates excellent compatibility, with no jamming or interfacing issues. The overall performance exceeded expectations, truly helping the factory reduce costs and increase efficiency.
pallet transfer cart
The pallet transfer cart is characterized by efficiency, safety, and continuous transport capability.
Its design concept is derived from the traditional rail transfer vehicle. It has been upgraded and optimized based on the basic rail transfer cart to meet the needs of various industries, including warehouses, factories, manufacturing workshops, distribution centers, clean rooms, and the chemical industry.
--load :1-5ton
--battery powered
--remote control
--custmized size
--laod 25 ton
--size :6000*1750*650
--powered:battery powered
--remote control
2 sets trackless transfer cart
send to USA
transport heavu duty materials
wireless remote control
application factory,warehouse
transport heavy duty equipment
load 1-5 ton
lithium battery
Core Advantages – Compared with Ordinary Rail Cars
Advantage 1: Remote control operation – safe and convenient
Ordinary rail cars are typically operated manually on-site, placing operators close to heavy materials and processing machinery, which poses safety risks. This pallet transfer cart uses remote control, enabling safe operation from a distance.
Operators can precisely control the equipment from a safe area, avoiding direct contact with heavy loads and machinery, reducing human error, and significantly improving operational efficiency.
Advantage 2: Roller-equipped platform for seamless docking
Conventional rail cars can only transport materials and cannot assist with docking materials to processing machines, requiring manual intervention. The rolling platform of this Pallet Transfer Cart allows heavy materials to be directly transferred and docked with processing equipment.
This eliminates manual handling, prevents collisions and jamming during docking, and enables seamless integration of material transfer and processing, meeting the high-efficiency production demands of steel mills.
Advantage 3: Dedicated engineering support and on-site inspection for superior adaptability
Unlike standard mass-produced rail cars, this Pallet Transfer Cart was developed with a dedicated engineer involved throughout the entire project and was designed based on an on-site factory inspection.
This approach ensures excellent compatibility with the customer's workshop layout and material characteristics, eliminates the need for post-installation adjustments, and allows immediate commissioning, offering far greater adaptability than ordinary rail cars.
Advantage 4: Optimized speed for stable and efficient transfer
The 20 m/min operating speed is precisely matched to the handling rhythm of heavy materials in steel mills. It avoids material instability caused by excessive speed while also preventing production delays due to insufficient speed, ensuring stable, efficient material transfer.
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