The sandwich blister packaging high-frequency sealing machine is a device that uses high-frequency electromagnetic waves to weld and seal plastic blister shells. It is mainly used for sealing packaging of plastic blister shells such as PVC, PET, etc., and is suitable for packaging needs in industries such as electronic products, stationery, toys, and hardware.

Working Principle

The sandwich blister packaging high-frequency sealing machine generates high-frequency electromagnetic waves through a high-frequency oscillator, transferring energy to the blister shell material, causing its molecules to generate frictional heat and melt in an extremely short time. Subsequently, under the action of the mold, the melted blister shell material cools and solidifies, forming a tight seal.

Features

High degree of automation, significantly improving production efficiency.

Excellent sealing quality, aesthetically pleasing and secure.

Can be customized according to customer needs to meet different packaging requirements.

Advantages and Application Scope of the Sandwich Blister Packaging High-Frequency Sealing Machine

Suitable for sealing packaging of plastic blister shells such as PVC and PET, while the high-frequency blister packaging sealing machine is more suitable for welding and sealing blister shells with materials like paper cards.

Degree of Automation

Rotary blister high-frequency sealing machines typically have a high degree of automation and can be equipped with automatic feeding and sealing mechanisms, while the automation level of high-frequency blister packaging sealing machines may vary depending on the model and configuration.

When purchasing a sandwich blister packaging high-frequency sealing machine, it is first necessary to clarify your packaging requirements, including the type, size, quantity of packaging materials, and the quality requirements for sealing.

In summary, the sandwich blister packaging high-frequency sealing machine plays an important role in the blister packaging industry. When purchasing, comprehensive consideration should be based on actual needs to select the appropriate equipment.