300 Kg 400kg 500kg Electric Reel Lifter 1.5m Film Roll Stacker

300 kg 400kg 500kg Electric Reel Lifter 1.5m Film Roll Stacker

All-electric paper tube air shaft expansion roll lifter adopts air shaft or mechanical special design way, it is convenient to insert into the hole of the paper tube, then fork up the horizontal or vertical paper tube, rotate 90 degrees to make the vertical become horizontal, and the horizontal become vertical. The outer and inner widths of the bottom legs are customised according to the outer diameter of the customer's rolls, or there is no bottom leg structure, which is convenient for all kinds of pallets, machines or directly put on the ground to work on the tube.

1. Automatic rotating function: Equipped with an automatic rotating device, it is easy to place and handle film paper rolls, improving operational efficiency.
2. High flexibility: it can adapt to various places and working conditions, and can carry out handling operations in narrow spaces with great flexibility.
3. Good safety: Equipped with safety devices, it can ensure the safety of handling operation.
4. Suitable for papermaking, adhesive tape, film, aluminium foil, chemical industry, printing, weaving and other industries, saving labour costs and greatly improving work efficiency.

Working principle of motorised shaft film rollers
The working principle of a motorized shaft film roller involves several components working together to efficiently wind or unwind flexible materials onto or from a shaft or core. Here's a breakdown of the main components and their roles in the operation:

Motor and Drive System:

The motorized shaft film roller is powered by an electric motor connected to a drive system. The motor provides the rotational power needed to drive the shaft or roller that winds or unwinds the material.
Shaft or Roller Assembly:

The shaft or roller assembly is the central component of the system, onto which the material is wound or unwound. It rotates in response to the power provided by the motor, guiding the material onto or off of the shaft/core.
Shaft/Core:

The material being wound or unwound is typically mounted onto a shaft or core, which is inserted onto the shaft or roller assembly. The shaft/core provides support and stability for the material during winding or unwinding.
Tension Control System:

A tension control system is used to maintain consistent tension levels throughout the winding or unwinding process. This helps prevent wrinkles, creases, or stretching of the material, ensuring uniform winding quality.
Guiding Mechanism:

A guiding mechanism ensures proper alignment and tracking of the material as it is wound or unwound. This may include tension bars, edge sensors, or pneumatic rollers that help guide the material onto or off the shaft/core.
Control Panel:

The control panel allows the operator to adjust parameters such as winding speed, tension settings, direction of rotation, and any other relevant settings. This provides precise control over the winding or unwinding process.
Safety Features:

Various safety features, such as emergency stop buttons, overload protection, and safety interlocks, ensure operator safety during operation. These features help prevent accidents and injuries in case of equipment malfunction or operator error.
Material Handling Options:

Depending on the specific application, motorized shaft film rollers may offer various material handling options. This could include options for loading and unloading the material, such as pneumatic or hydraulic shaft chucks, roll lifts, or material handling arms.
Dancer Arm or Web Guide:

Some motorized shaft film rollers may be equipped with dancer arms or web guides to maintain proper tension and alignment of the material, especially when winding or unwinding at high speeds or handling delicate materials.
 

Overall, the working principle of a motorized shaft film roller involves the motor providing power to rotate the shaft or roller assembly, while the tension control system, guiding mechanism, and control panel ensure precise control over the winding or unwinding process, resulting in high-quality winding or unwinding of flexible materials.