Paper roll logistics is one of the most demanding automation applications because every movement involves heavy loads, curved surfaces, limited gripping points, and high-value inventory protection.

When paper manufacturers search for heavy-duty AGV forklifts, they are usually not only looking for lifting capacity.
Their real concern is:
A paper roll may weigh several tons, but its cylindrical shape makes it much more difficult to handle than a standard pallet.
Large paper rolls create significant forces during acceleration, braking, and turning.
The robot must accurately identify roll position before gripping or transporting.
Incorrect clamping pressure can damage expensive paper materials.
Multi-level storage requires accurate positioning and reliable safety controls.
The objective is not simply to move heavier loads. The goal is to create a repeatable handling process that protects both operators and inventory.
| Capability | Business Benefit |
|---|---|
| Heavy-duty load handling | Supports large paper rolls without manual forklift dependence |
| Precise positioning | Reduces alignment errors during storage |
| Intelligent gripping control | Protects roll surfaces from excessive pressure |
| Safety monitoring | Reduces risks during transport and stacking |
Different paper mills have different storage methods, roll sizes, and production workflows. The attachment design must match the actual application.
Maximum roll weight and diameter range
Horizontal or vertical storage requirements
Required rotation capability
Surface protection requirements
Loading and unloading process
Traditional manual handling of heavy paper rolls creates risks including unstable movement, collision damage, and operator exposure to dangerous loads.
An automated solution should include multiple protection layers:
Confirms correct positioning before movement.
Prevents collisions in busy storage areas.
Manages acceleration and braking under heavy loads.
Can the AGV handle our maximum paper roll weight?
How does the system detect roll position accurately?
What protection prevents roll damage during gripping?
Can the solution support multi-level storage?
What testing is performed before shipment?
Can the attachment be customized for our rolls?
Paper roll automation is not simply a heavy-load transportation problem. It is a precision handling challenge that requires the right combination of vehicle stability, attachment design, sensing technology, and safety management.
When importing AGV forklifts from China, paper manufacturers should select suppliers that understand the complete material handling process—not only the lifting capacity of the machine.
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