Waist Support and Warmth Non-Woven Patch Ultrasonic Press Welding Machine

I. Working Principle

The ultrasonic pressure welding machine for waist protection and warming non-woven patches utilizes the principle of ultrasonic vibration. It generates frictional heat at the welding points of the product itself to melt and bond, achieving a strong weld for non-woven materials. This welding method is environmentally friendly, does not damage the material, and results in a smooth and aesthetically pleasing weld surface.

II. Equipment Features

Efficient Welding: The ultrasonic pressure welding machine offers high efficiency and fast welding speeds, significantly improving production efficiency.

Strong Welding: Non-woven patches welded through ultrasonic pressure bonding are firmly bonded and not easily detached, with strength tested to meet customer requirements.

Easy Operation: The equipment features a rational structure, reliable operation, user-friendly controls, and is easy to maintain and service.

Wide Applicability: It is not only suitable for welding non-woven materials for waist protection and warming patches but also for other non-woven materials, such as protective clothing belts.

III. Equipment Parameters

The specific parameters of the ultrasonic pressure welding machine for waist protection and warming non-woven patches may vary depending on the brand and model, but generally include the following aspects:

Power: For example, 15K2600W, indicating the ultrasonic vibration power of the equipment.

Frequency: The frequency of ultrasonic vibration, typically matched with the power.

Welding Speed: Indicates the number of welds the equipment can complete per unit of time.

Welding Area: The maximum or minimum area the equipment can weld.

IV. Operation Process

The operation process of the ultrasonic pressure welding machine for waist protection and warming non-woven patches typically includes the following steps:

Secure the equipment in a suitable location and connect the power and air supply.

Turn on the power switch, perform a sound wave check, and adjust the internal sound wave adjustment bolt to position the ammeter pointer to a lower value.

Install the welding mold and adjust the head height to ensure an appropriate distance between the welding mold and the lower mold.

Place the non-woven waist protection and warming patch to be welded on the welding mold and press the start button to initiate welding.

Observe the welded product and adjust parameters such as delay time, welding time, and hardening time based on the welding results.

Tighten all components, record data, clean the workbench, and prepare for the next production cycle.