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RGV Application: Smart Transportation Upgrade in Building Material Factory Production Workshop

Data: 2025-12-04 13:43:05

A building material enterprise, facing challenges such as low efficiency from traditional forklift transportation and high equipment wear in high temperature environments
We recommend the customized low voltage rail powered RGV system to automate the transportation of panels and concrete prefabricated components within the workshop. This system is specifically designed to meet the demands of the building material industry for heavy duty loads, high temperature resistance, and continuous operation.

A building material enterprise, facing challenges such as low efficiency from traditional forklift transportation and high equipment wear in high temperature environments We recommend the customized low voltage rail powered RGV system to automate the transportation of panels and concrete prefabricated components within the workshop. This system is specifically designed to meet the demands of the building material industry for heavy-duty loads, high temperature resistance, and continuous operation. I.All-Condition Compatible Core Performance The vehicle body adopts a box-beam frame structure, paired with multi-specification load capacity designs of 3, 4, and 9 tons to accommodate different building material weights. The high temperature resistant low voltage track power technology overcomes the limitations of traditional cables, enabling 24/7 uninterrupted operation and meeting the requirements for working in workshop environments exceeding 60°C. The combination of insulated wheels, ground control cabinets, conductive columns, and carbon brushes ensures safe and stable track power supply, eliminating the risk of electric leakage. II. Intelligent and Efficient Transportation Solution Equipped with a wireless remote control + intelligent coding control system, operators can set paths via a handheld controller or central control screen. The system automatically completes the entire process of positioning (with an accuracy of ±5mm), docking, loading, and unloading, improving efficiency by three times compared to manual forklift operations. The conveyor chain/roller tabletop is customized on-demand, perfectly matching diverse transportation needs such as flat panel placement or rolling prefabricated components. It is complemented by a three-color audible and visual warning light and an emergency stop button to ensure safety during human-machine collaboration. III. Green Heavy Duty Sustainable Value Full electric drive achieves "zero emissions," aligning with eco-friendly production requirements. The precise docking feature addresses material collision damage common in traditional transportation, reducing annual material waste rates by 15%. Automated system operation lowers labor costs, with an estimated payback period of 2 years. Implementation Results: After project deployment, the workshop's daily transportation volume increased to hundreds of trips, and labor costs were reduced by 60%. Applicable Scenarios: This system has been widely applied in building material production workshops for ceramics, stone, concrete, etc., and is particularly suitable for transportation scenarios involving heavy loads, long distances, high frequency, and demanding environmental conditions.

All-Condition Compatible Core Performance
The vehicle body adopts a box-beam frame structure, paired with multi-specification load capacity designs of 3, 4, and 9 tons to accommodate different building material weights. The high temperature resistant low voltage track power technology overcomes the limitations of traditional cables, enabling 24/7 uninterrupted operation and meeting the requirements for working in workshop environments exceeding 60°C. The combination of insulated wheels, ground control cabinets, conductive columns, and carbon brushes ensures safe and stable track power supply, eliminating the risk of electric leakage.

A building material enterprise, facing challenges such as low efficiency from traditional forklift transportation and high equipment wear in high temperature environments We recommend the customized low voltage rail powered RGV system to automate the transportation of panels and concrete prefabricated components within the workshop. This system is specifically designed to meet the demands of the building material industry for heavy-duty loads, high temperature resistance, and continuous operation. I.All-Condition Compatible Core Performance The vehicle body adopts a box-beam frame structure, paired with multi-specification load capacity designs of 3, 4, and 9 tons to accommodate different building material weights. The high temperature resistant low voltage track power technology overcomes the limitations of traditional cables, enabling 24/7 uninterrupted operation and meeting the requirements for working in workshop environments exceeding 60°C. The combination of insulated wheels, ground control cabinets, conductive columns, and carbon brushes ensures safe and stable track power supply, eliminating the risk of electric leakage. II. Intelligent and Efficient Transportation Solution Equipped with a wireless remote control + intelligent coding control system, operators can set paths via a handheld controller or central control screen. The system automatically completes the entire process of positioning (with an accuracy of ±5mm), docking, loading, and unloading, improving efficiency by three times compared to manual forklift operations. The conveyor chain/roller tabletop is customized on-demand, perfectly matching diverse transportation needs such as flat panel placement or rolling prefabricated components. It is complemented by a three-color audible and visual warning light and an emergency stop button to ensure safety during human-machine collaboration. III. Green Heavy Duty Sustainable Value Full electric drive achieves "zero emissions," aligning with eco-friendly production requirements. The precise docking feature addresses material collision damage common in traditional transportation, reducing annual material waste rates by 15%. Automated system operation lowers labor costs, with an estimated payback period of 2 years. Implementation Results: After project deployment, the workshop's daily transportation volume increased to hundreds of trips, and labor costs were reduced by 60%. Applicable Scenarios: This system has been widely applied in building material production workshops for ceramics, stone, concrete, etc., and is particularly suitable for transportation scenarios involving heavy loads, long distances, high frequency, and demanding environmental conditions.

Intelligent and Efficient Transportation Solution
Equipped with a wireless remote control + intelligent coding control system, operators can set paths via a handheld controller or central control screen. The system automatically completes the entire process of positioning (with an accuracy of ±5mm), docking, loading, and unloading, improving efficiency by three times compared to manual forklift operations. The conveyor chain/roller tabletop is customized on-demand, perfectly matching diverse transportation needs such as flat panel placement or rolling prefabricated components. It is complemented by a three-color audible and visual warning light and an emergency stop button to ensure safety during human-machine collaboration.

A building material enterprise, facing challenges such as low efficiency from traditional forklift transportation and high equipment wear in high temperature environments We recommend the customized low voltage rail powered RGV system to automate the transportation of panels and concrete prefabricated components within the workshop. This system is specifically designed to meet the demands of the building material industry for heavy-duty loads, high temperature resistance, and continuous operation. I.All-Condition Compatible Core Performance The vehicle body adopts a box-beam frame structure, paired with multi-specification load capacity designs of 3, 4, and 9 tons to accommodate different building material weights. The high temperature resistant low voltage track power technology overcomes the limitations of traditional cables, enabling 24/7 uninterrupted operation and meeting the requirements for working in workshop environments exceeding 60°C. The combination of insulated wheels, ground control cabinets, conductive columns, and carbon brushes ensures safe and stable track power supply, eliminating the risk of electric leakage. II. Intelligent and Efficient Transportation Solution Equipped with a wireless remote control + intelligent coding control system, operators can set paths via a handheld controller or central control screen. The system automatically completes the entire process of positioning (with an accuracy of ±5mm), docking, loading, and unloading, improving efficiency by three times compared to manual forklift operations. The conveyor chain/roller tabletop is customized on-demand, perfectly matching diverse transportation needs such as flat panel placement or rolling prefabricated components. It is complemented by a three-color audible and visual warning light and an emergency stop button to ensure safety during human-machine collaboration. III. Green Heavy Duty Sustainable Value Full electric drive achieves "zero emissions," aligning with eco-friendly production requirements. The precise docking feature addresses material collision damage common in traditional transportation, reducing annual material waste rates by 15%. Automated system operation lowers labor costs, with an estimated payback period of 2 years. Implementation Results: After project deployment, the workshop's daily transportation volume increased to hundreds of trips, and labor costs were reduced by 60%. Applicable Scenarios: This system has been widely applied in building material production workshops for ceramics, stone, concrete, etc., and is particularly suitable for transportation scenarios involving heavy loads, long distances, high frequency, and demanding environmental conditions.

Green Heavy Duty Sustainable Value
Full electric drive achieves "zero emissions," aligning with eco-friendly production requirements. The precise docking feature addresses material collision damage common in traditional transportation, reducing annual material waste rates by 15%. Automated system operation lowers labor costs, with an estimated payback period of 2 years.
Implementation Results: After project deployment, the workshop's daily transportation volume increased to hundreds of trips, and labor costs were reduced by 60%.
Applicable Scenarios: This system has been widely applied in building material production workshops for ceramics, stone, concrete, etc., and is particularly suitable for transportation scenarios involving heavy loads, long distances, high frequency, and demanding environmental conditions.

A building material enterprise, facing challenges such as low efficiency from traditional forklift transportation and high equipment wear in high temperature environments We recommend the customized low voltage rail powered RGV system to automate the transportation of panels and concrete prefabricated components within the workshop. This system is specifically designed to meet the demands of the building material industry for heavy-duty loads, high temperature resistance, and continuous operation. I.All-Condition Compatible Core Performance The vehicle body adopts a box-beam frame structure, paired with multi-specification load capacity designs of 3, 4, and 9 tons to accommodate different building material weights. The high temperature resistant low voltage track power technology overcomes the limitations of traditional cables, enabling 24/7 uninterrupted operation and meeting the requirements for working in workshop environments exceeding 60°C. The combination of insulated wheels, ground control cabinets, conductive columns, and carbon brushes ensures safe and stable track power supply, eliminating the risk of electric leakage. II. Intelligent and Efficient Transportation Solution Equipped with a wireless remote control + intelligent coding control system, operators can set paths via a handheld controller or central control screen. The system automatically completes the entire process of positioning (with an accuracy of ±5mm), docking, loading, and unloading, improving efficiency by three times compared to manual forklift operations. The conveyor chain/roller tabletop is customized on-demand, perfectly matching diverse transportation needs such as flat panel placement or rolling prefabricated components. It is complemented by a three-color audible and visual warning light and an emergency stop button to ensure safety during human-machine collaboration. III. Green Heavy Duty Sustainable Value Full electric drive achieves "zero emissions," aligning with eco-friendly production requirements. The precise docking feature addresses material collision damage common in traditional transportation, reducing annual material waste rates by 15%. Automated system operation lowers labor costs, with an estimated payback period of 2 years. Implementation Results: After project deployment, the workshop's daily transportation volume increased to hundreds of trips, and labor costs were reduced by 60%. Applicable Scenarios: This system has been widely applied in building material production workshops for ceramics, stone, concrete, etc., and is particularly suitable for transportation scenarios involving heavy loads, long distances, high frequency, and demanding environmental conditions.

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