Sealing Glass Bottles with Induction Technology: A Game-Changing Packaging Solution


The Aipak Induction sealing machine utilizes the electromagnetic inductive theory and features a transistor modular design. This advanced technology ensures efficient and reliable sealing of glass bottles.

When a glass bottle needs to be sealed using the induction sealing machine, the process is straightforward. First, the cap or closure is placed on top of the bottle. The closure typically includes a liner made of a suitable material such as foil or plastic. This liner acts as a seal and prevents leakage.

The bottle is then positioned under the induction sealing machine’s sealing head. This sealing head contains an induction coil, which generates an electromagnetic field. When the machine is activated, the coil produces a high-frequency alternating electromagnetic field.

The electromagnetic field interacts with the foil or plastic liner in the closure. This interaction causes the liner to heat up rapidly due to the principle of electromagnetic induction. The heat melts the liner, creating a hermetic seal between the closure and the bottle’s rim.

The entire process is quick and efficient, ensuring a tight and secure seal on the glass bottle. This sealing method is particularly suitable for products that need to be protected from air, moisture, and tampering.

In summary, the Aipak Induction sealing machine uses electromagnetic induction to seal glass bottles effectively. By generating a high-frequency electromagnetic field, the machine heats the liner in the closure, creating a tight seal. This technology provides a reliable packaging solution for a wide range of industries.

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“Sealing Glass Bottles with Induction Sealing: A Step-by-Step Guide”
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