Ultrasonic Glove machine

Working principle

The ultrasonic glove machine utilizes the high-frequency vibration and thermal energy generated by ultrasonic waves between materials to instantly reach a molten state, thereby achieving needle-free and wireless suturing. This technology not only improves production efficiency but also ensures the sealing and aesthetics of the product. Workflow

1. Material preparation： Prepare non-woven fabrics, synthetic fabrics, and other materials that need to be processed and cut according to the predetermined specifications and shapes.

2. Ultrasonic vibration： After the ultrasonic glove machine is started, the ultrasonic generator will generate high-frequency vibration, which is transmitted to the mold through the transducer.

3. Welding and Forming： Under the action of high-frequency vibration, the mold, material, and oscillator contact parts are welded together to quickly weld and form gloves or other products.

4. Cutting and Separation： The formed product is cut and separated by a cutting device to obtain complete gloves or other products.

Application Fields

Ultrasonic glove machines are widely used in the processing of various non-woven fabrics, synthetic fabrics, and other materials, such as disposable cleaning cloths, shoe wiping cloths, insoles, gloves, and other products. These products have a wide range of

applications in various fields such as healthcare, hygiene, home furnishings, and cleaning. In summary, the ultrasonic glove machine achieves needle-free wireless stitching and one-time molding production of gloves and other products through ultrasonic hot melt welding

technology, which has the characteristics and advantages of simple operation, high production efficiency, safety and stability.