20K automatic frequency tracking ultrasonic welding machine

Description

1. Working Principle of Ultrasonic Welding Machine

The ultrasonic welding
machine converts electrical energy into high-frequency mechanical vibration
energy through an ultrasonic generator, which is precisely transmitted to the
contact surface of the workpiece via the welding head. Under high-frequency
vibration, the contact surface of the workpiece rapidly generates heat through
friction. When the material reaches a molten state, it naturally fuses,
completing the welding process. The entire operation requires no additional
consumables, ensuring high efficiency and stability during welding.

2、 Core features of the product

Adopting original imported piezoelectric ceramic transducers, the energy
conversion efficiency is stable, the output performance is reliable, and the
continuity of the welding process is guaranteed;

The body adopts an anti tilt design combined with a coaxial direct pressure
structure, which evenly applies pressure and helps improve welding accuracy and
consistency;

Equipped with a LCD digital display panel, welding parameters (time,
pressure, etc.) can be intuitively checked, and the setting operation is
convenient and accurate, making it easy to control on site;

Equipped with a microcomputer program control system, the welding time can be
precisely adjusted from 0.01 to 19.99 seconds, adapting to the welding needs of
different materials and workpieces;

The core electrical components are selected with high-quality imported
accessories, which have been standardized assembled and rigorously tested to
ensure the stability of equipment operation.

3、 Product parameters

Specification and model HC-2026/HC-1520

Ultrasonic rated power 2600W 2000W

Ultrasonic frequency 20kHz 15kHz

Power requirement: AC 220V 50Hz AC 220V 50Hz

4、 Applicable industries and scenarios

With the characteristics of precise welding and stable operation, the
equipment is widely adaptable to the production needs of multiple industries

Electronics industry: precision welding of small components on circuit boards
and electronic components;

Automotive manufacturing industry: assembly and welding of automotive
interior parts and small components;

Medical industry: Clean welding operations for various compliant medical
consumables;

Industries such as daily necessities, power products, and toy manufacturing
can efficiently adapt to the assembly and welding needs of related products,
helping to improve production efficiency.