high frequency fusing machine pet petg environmental protection material fusion splicer folder leather cover fuse machine

High-frequency welding machines employ the principle of high-frequency and high-cycle operation. The automatic high-frequency sliding platform soldering machine uses a high-voltage transformer to rectify and self-excite a high-frequency electron tube oscillator to generate high-frequency electromagnetic wave currents in an electric field. The automatic high-frequency sliding platform soldering machine uses the processed materials such as PVC, TPU, EVA, PETG, and other materials in the high-frequency electromagnetic wave electric field to cause polarization and conduction of the internal molecules of plastic and plastic materials. With a certain amount of pressure, the plastic and plastic products to be heat-sealed and welded can achieve the role of melting and sealing.

Cody high-frequency synchronous fuse machine uses the principle of high-frequency to radiate electromagnetic waves within the molecules of the material, causing the molecules to move together to generate energy, which serves as a welding effect. It adopts modern industrial design with a new concept, featuring beautiful appearance, scientific structure, stable performance, convenient operation, and automatic and efficient operation.

High-frequency welding machines use the friction heat generated between the contact surfaces of the two parts to melt the plastic. The heat comes from the pressure, where one part of the workpiece moves back and forth on the other surface with a certain displacement or amplitude. Once the desired heat-fusion degree is reached, the vibration will stop, and there will still be a certain amount of pressure applied to the two workpieces, allowing the newly fused part to cool and solidify, thus forming a tightly bonded joint. Another method is to use high-frequency heat fusion. In the track-type vibration friction fusion, the upper workpiece moves in a fixed track speed - moving in circular motion in all directions. The movement can generate heat, melting the fused part of the two plastic pieces to reach the melting point. Once the plastic starts to melt, the movement stops, and the fused part of the two workpieces will solidify and firmly connect together. A small clamping force will cause the workpiece to deform to the least extent, and high-frequency instantaneous fusion, heating, and successful fusion through high-frequency welding in one step.