Webbing spot welder, ultrasonic webbing cutter, underwear elastic webbing cutter.

The ultrasonic webbing spot welding machine, also known as the ultrasonic cutting machine for underwear elastic webbing, is a device that utilizes the mechanical vibration energy of ultrasound to heat and bond the interfaces of workpieces such as straps. Below is a detailed introduction to this equipment:

I. Main Components

The main components of the ultrasonic webbing spot welding machine include the ultrasonic vibration system, mold system, pressure system, and control system. Among these, the ultrasonic vibration system is the core component, consisting of an ultrasonic vibration generator, oscillator, and transducer. The ultrasonic generator converts electrical energy into high-frequency electrical energy, the oscillator converts electrical energy into mechanical vibration energy and transmits it to the transducer, which then converts the mechanical vibration energy into ultrasonic energy and conducts it to the workpiece interface through the welding head.

II. Working Principle

The working principle of the ultrasonic webbing spot welding machine involves using the energy and heat generated by ultrasound conduction in materials to achieve heating and bonding effects. The specific process is as follows:

The strap workpiece to be bonded is clamped between the upper and lower molds of the mold system, and sufficient pressure is applied through the pressure system to ensure full contact at the workpiece interface.

The control system sets the ultrasonic vibration frequency and amplitude, and the ultrasonic generator produces high-frequency electrical signals, which are converted into mechanical vibrations by the transducer.

The amplitude transformer converts mechanical vibrations into greater vibrational energy, which is then transmitted to the workpiece interface through the welding head.

Ultrasonic energy generates high-frequency vibrational friction at the workpiece interface, and the heat produced by friction raises the temperature to the material's melting or softening point.

When the interface temperature reaches a certain level, ultrasonic vibration and heating are stopped, and sufficient pressure is maintained for a period to allow the materials at the interface to fully melt and mix.

After cooling, a strong bond is formed at the workpiece interface.

III. Equipment Features

High Efficiency and Eco-Friendliness: The ultrasonic strap bonding machine offers fast bonding speed and does not require any chemicals, making it environmentally friendly.

Strong Bonding Force: Ultrasonic energy can quickly melt material surfaces, enabling rapid bonding with strong adhesion.

Simple Operation: The bonding process is automated once parameters are adjusted.

Easy Maintenance: Components of the device are easy to replace, ensuring convenient maintenance.

IV. Application Scope

The ultrasonic webbing spot welding machine is widely used in the bonding processing of straps, suspenders, and other components in industries such as underwear, apparel, and luggage. It can also be applied in other fields requiring ultrasonic welding, such as automotive manufacturing, electronic device manufacturing, plastic products, and medical devices.