The design of the automatic packaging machine is advanced, with a reasonable structure and

reliable performance. It uses dual synchronous belts to pull the film, with cylinder-controlled

tensioning, automatic correction, and an automatic alarm protection function, minimizing

losses to the greatest extent. Additionally, the automatic packaging machine can be modified

to accommodate different material needs. It offers various driving methods, including dual

frequency conversion, dual servo, and three-axis servo, without a mechanical gearbox,

ensuring stable and reliable operation, low noise, and high tracking accuracy. It is easy to

operate, with control via a touch screen, intuitive display, modular electrical design, and digital

control.

1. The material is fed into the weighing hopper by the feeding mechanism.

2. After the controller receives the weight signal from the, it controls according to the preset

program value, starting with rapid feeding (simultaneous fast, medium, and slow feeding).

3. When the weight ≥target value - rough measurement value), the fast feeding signal output

stops, and the system enters medium-speed feeding (simultaneous medium and slow

feeding).

When the ≥ (target value - fine measurement value), the medium feeding signal output stops,

and the system enters slow feeding (slow feeding only). When the weight ≥ ( value - overshoot

value), the slow feeding signal output stops, the feeding door is completely closed, and the

fixed weight measurement is completed.

4. After the clamping signal is input, the discharge door of the weighing hopper automatically

opens.

5. When the weight ≤ zero position setting value, the discharge door of weighing hopper

automatically closes, the material bag automatically loosens and falls onto the conveyor belt,

and is sent to the sewing machine for packaging, then enters the process.

6. The controller enters the next control cycle.

1. Improve production efficiency: Fully automatic packaging machines can achieve continuous

and high-speed packaging processes, greatly improving the efficiency of packaging production

2. Ensure product quality: Fully automatic packaging machines can precisely control the size,

sealability, and appearance of the packaging during the packaging process, ensuring the and

stability of product quality.

3. Reduce human errors: Manual packaging is prone to fatigue and errors, leading to a decline

in packaging quality. However, automatic packaging machines reduce human factors through

mechanized operations, avoid human errors, and ensure the accuracy and stability of packaging.

4. Save packaging materials: Fully packaging machines can precisely control the usage of

packaging materials, avoid waste, reduce packaging costs, and improve resource utilization

efficiency.

5. Safety and hygiene: Fully packaging machines have less manual contact during operation,

reducing the risk of product contamination, and improving the safety and hygiene of the products.