Automatic Control Industrial Mold Transfer Cart - 360 Degree Swivel For Heavy Duty Mold Handling

Transfer Cart Product Overview

Automatic Control Industrial Mold Transfer Cart: 360° Swivel, Heavy-Duty & Production-Line Integrated for Manufacturing/Automotive Sectors

360° Swivel Mold Transfer Cart – Automatic Control, Heavy-Load Capacity & Seamless Workflow Adaptation for Precision Engineering

Industrial Mold Transfer Cart: Programmable Movement, 360° Rotation & Durable Design for Heavy-Duty Manufacturing Needs

Your scene, exclusive customized solution

Whether the workshop has special turning radius requirements or needs to adapt to extreme load-bearing and complex environments (such as high temperature/explosion-proof), our AGV flatbed can be designed according to needs.

Customized on demand
full chain escort

Core Advantage: Why has Transfer cart become the first choice for automation?

Highly automated

No need for manual intervention, can operate continuously 24 hours a day, especially suitable for night shifts, high temperatures, dust and other harsh environments;

Strong flexibility

Free path AGVs can quickly adjust their routes through software to adapt to changes in production plans or warehouse layouts, without the need to modify physical facilities;

Accurate and efficient

Navigation accuracy can reach ± 5mm (laser navigation), avoiding errors caused by manual handling and improving logistics turnover efficiency (such as increasing warehouse sorting efficiency by 3-5 times);

Safe and reliable

Equipped with multiple obstacle avoidance systems, and controllable driving speed (usually 0.5-2m/s), reducing collision risk;

Data traceability

Recording transportation data (such as cargo information, operation trajectory, energy consumption) through IoT systems for easy management and optimization.

Environmental protection and energy saving

The application of technologies such as lithium battery endurance improvement and solar assisted power supply can reduce energy consumption.

AGV&RGV

Unlocking Intelligent Handling: Functional Features and Selection Guide for AGV and RGV

AGV

Automated Guided Vehicle

It is a transport vehicle equipped with electromagnetic, optical, or other automatic guidance devices. It is powered by rechargeable batteries, without the need for a driver, and is typically controlled by a computer for its path and behavior. AGV does not rely on fixed tracks and can travel along specified guidance paths, with safety protection and various transfer functions. It has various types, which can be divided into electromagnetic guidance, laser guidance, etc. according to the guidance method, and can be divided into traction type, forklift type, etc. according to the functional structure. AGV has the advantages of high work efficiency, flexibility, and good system scalability, and is widely used in intelligent three-dimensional warehousing systems and flexible production lines.

RGV

Rail Guided Vehicle

Also known as a rail shuttle car, it is an automated vehicle that operates on a fixed track. RGV is mainly composed of a frame, drive wheels, follower wheels, chain conveyor, communication system, etc. Its structure is relatively simple and it has strong anti-interference ability to the external environment. It obtains power from the power line on the track through a collector and operates according to the signal system instructions on the track, with high operating efficiency and precise positioning capability. RGV is commonly used in three-dimensional warehouses with various high-density storage methods, as well as in material transportation and automated production lines within workshops. It can transport materials between inbound/outbound platforms, conveyors, and other locations according to plans and instructions, effectively improving transportation efficiency and reducing costs.

Product	AGV(Automated Guided Vehicle)	RGV(Rail Guided Vehicle)
Core Features	Without relying on fixed tracks, it can autonomously plan paths or travel along preset virtual paths through navigation systems such as lasers, SLAM, QR codes, magnetic navigation, etc., with strong flexibility and autonomy.	Relying on fixed tracks (such as steel rails and guide rails) for travel, the path is completely determined by the track, belonging to the "rail type" automation equipment, with a fixed operating trajectory.
Operation mode	Relying on its own navigation and obstacle avoidance system, it can move freely in flat environments such as the ground, adjust its route according to environmental changes (such as automatically bypassing obstacles), and support multi-path switching.	Move along the preset physical track (usually installed on the ground or elevated), achieve precise positioning, stable speed and start stop control through the track, but cannot operate off the track, and path adjustment requires track modification.
Advantages	High flexibility, adaptable to dynamic scenarios, no need to lay physical tracks, low cost of renovation when adjusting layout later; It can achieve cluster collaborative operation and efficiently coordinate multiple AGVs through central system scheduling.	The structure is simple, the cost is low, the operating speed is fast (some can reach 3-5m/s), and the positioning accuracy is high (within ± 1mm), suitable for high-frequency, fixed route repetitive handling tasks.
Applicable scenarios	Multi variety small batch production workshops, e-commerce warehouses, flexible production lines, and other scenarios that require frequent adjustment of handling routes, especially suitable for complex environments and changing paths.	Scenarios with high standardization and fixed paths, such as three-dimensional warehouse aisle handling in large warehouses, fixed process transportation in assembly lines, and fixed rail freight transportation at ports and terminals
The two are not substitutes, but are used in conjunction with the production mode, path requirements, and flexibility goals of the enterprise to jointly build an efficient automated logistics system.

Every venue has its own unique layout and requirements, and standard flatcars may not be perfectly adapted - but our flatcars are designed for 'customization' from the beginning.
Whether it's narrow passages in the workshop that require shortening the wheelbase, heavy cargo transportation that requires strengthening the frame's load-bearing capacity, special environments (high temperature, humidity, dust) that require installing protective structures, or even personalized adjustments to track direction and power type (battery/cable power supply)... We can tailor solutions based on your site size, load-bearing requirements, operating environment, and work processes.
Don't compromise on the mismatch between equipment and site, let the flatbed adapt to your production pace proactively.
Tell us your specific needs (such as field map paper, load capacity, special scenarios, etc.), and our engineering team will provide you with a customized solution

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