Continuous induction Sealing Machine utilizes electromagnetic principle, producing instant high heat, which can melt and seal an aluminum foil to a bunghole.

It features excellent wet-proof, fungus-proof and imitation-proof and an extension of preservation cycle.

The materials of Bottles are available from PE, PP, PET, PS, ABS and glass etc.

It can not be used at metal bottle body and bottle cap.

And this product is accord with GMP Standard, all outside material is Stainless Steel

(If you want use it by 110V, you could just prepare a voltage transforme)

бя Conveyor speed & sealing speed variable

бя Easy to use, no special train on operator required

бя High efficiency, low power consumption and long service life

бя Height of sealing line adjustable to accept wide range of bottle heights

бя Electric current overload, voltage overload and output overload protection

бя Modular component design minimizes maintenance and increased reliability

бя SUS304 stainless steel construction for using in harsh environment and easy for clean and maintenance

бя Air Cooling System eliminates all water cooling pipes, pumps, filters and flow switches

Induction Sealing: What Is It?

The induction sealing process bonds a foil laminate inner seal to the lip of a container. After the container has been filled and capped with an induction-lined closure, it passes underneath the induction sealing system. The non-contact heating process welds the liner to the container creating a hermetic seal. The FDA regards induction sealing to be an effective method of tamper evidence.

Why Choose Induction Sealing?

When properly applied, induction lined caps provide a hermetic, leak proof, and tamper evident seal. Using an induction sealing system is ideal for extending product shelf life, preserving freshness, preventing costly leaks and enhancing your product's value.

How Induction Sealing Works

An induction sealing machine features two standard components: the power supply and sealing head. The sealing head consists of a coiled conductor covered by plastic housing. When the power supply energizes the inductive coil, it produces an electro magnetic current, called an eddy current. When a container fitted with an induction lined cap passes through this current, the foil from the inner-seal is heated. This melts the foil's outer polymer coating, which forms a bond with the lip of the container.