Rated Lift 1600mm 1800mm 2000mm Manual Lifter Paper Roll Lifter Manual Forklift Truck

Rated Lift 1600mm 1800mm 2000mm Quality Assurance Manual Lifter Paper Roll Lifter Manual Forklift Truck

Manual paper clip stacker uses foot pedal or manual hydraulic stacking, rotating fixture can be rotated 90 degrees, 180 degrees, 360 degrees. It adopts high grade international channel steel frame, more solid and safer. It adopts high quality hydraulic cylinder with imported seals to ensure no oil leakage. Widely used in papermaking, packaging, printing, textile and other industries.

1.It is suitable for holding goods, rotating, raising and placing.

2.It can rotate 180 degrees or 360 degrees electrically.

Difference between Manual Clamping Stacker and Electric Clamping Stacker
The difference between a manual clamping stacker and an electric clamping stacker lies primarily in the mode of operation and the source of power used for lifting and clamping functions. Here are the key differences between the two types of stackers:

Mode of Operation:

Manual Clamping Stacker: A manual clamping stacker is operated manually by an operator who uses hand-operated controls or levers to lift, lower, and clamp loads. The operator provides the physical effort required for these functions, such as pumping a hydraulic handle to lift the load or manually engaging the clamping mechanism.
Electric Clamping Stacker: An electric clamping stacker is powered by an electric motor or battery, which provides the energy for lifting, lowering, and clamping operations. The operator controls the stacker using electric-powered controls, such as buttons or a joystick, to execute lifting, lowering, and clamping functions.
Power Source:

Manual Clamping Stacker: A manual clamping stacker does not require external power sources such as electricity or batteries. It relies on manual force and mechanical mechanisms (e.g., hydraulic pumps, levers) for lifting and clamping.
Electric Clamping Stacker: An electric clamping stacker is powered by electricity from an external power source or an onboard battery. The electric motor drives the lifting and clamping mechanisms, providing greater convenience and efficiency compared to manual operation.
Efficiency and Productivity:

Manual Clamping Stacker: Manual stackers require more physical effort from the operator and may have slower lifting and clamping speeds compared to electric stackers. They are suitable for lighter loads and applications where manual operation is feasible.
Electric Clamping Stacker: Electric stackers offer higher efficiency and productivity due to the powered lifting and clamping functions. They can handle heavier loads, have faster lifting speeds, and require less operator effort, leading to increased productivity and reduced fatigue.
Control and Precision:

Manual Clamping Stacker: Manual stackers may have limited control options and precision compared to electric stackers. The operator's ability to control lifting heights and clamping forces manually may vary depending on the design of the stacker.
Electric Clamping Stacker: Electric stackers provide precise control over lifting heights, clamping forces, and other functions through electric-powered controls. This allows for more accurate and consistent operations, especially in applications that require precise handling of loads.
Application and Work Environment:

Manual Clamping Stacker: Manual stackers are suitable for lighter-duty applications, small-scale operations, and environments where access to electricity or battery charging may be limited.
Electric Clamping Stacker: Electric stackers are ideal for medium to heavy-duty applications, high-volume operations, and environments where efficiency, speed, and precise control are critical.
 

In summary, the main differences between a manual clamping stacker and an electric clamping stacker relate to their mode of operation, power source, efficiency, control options, and suitability for different applications and work environments. Electric stackers offer greater convenience, efficiency, and productivity due to their powered operations, while manual stackers are more suitable for simpler tasks and environments where manual operation is sufficient.