Ultrasonic Cord Connector Welder For Power Bank Hanging Straps

Description

Ultrasonic Cord Connector Welder for Power Bank Hanging Straps is a high-precision ultrasonic welding machine designed for the secure assembly of cord connectors, hanging straps, lanyard anchors, tether tabs, and plastic attachment components used in power banks and portable electronic devices.

Utilizing advanced ultrasonic welding technology, the machine produces strong, clean, and permanent welds without the use of adhesives, screws, or solvents, ensuring superior product durability, dimensional accuracy, and a premium cosmetic finish.

Engineered for medium- and high-volume electronics manufacturing, the machine is equipped with a powerful 20kHz or 35kHz ultrasonic generator, precision pneumatic or servo-driven actuator, application-specific ultrasonic horn, custom-designed welding fixtures, and a PLC-controlled touchscreen HMI.

Its high-speed operation, precise process control, and exceptional weld repeatability help reduce rejection rates while maximizing production efficiency.

The machine can be customized to suit various hanging strap designs, materials, and production capacities, making it an ideal solution for automated power bank and electronic accessory manufacturing.

Key Features Ultrasonic welder for power bank hanging strap cord connectors Available in 20kHz and 35kHz ultrasonic frequencies Designed for hanging straps, cord connectors, lanyard anchors, and tether tabs Strong, clean, and permanent ultrasonic welds No adhesives, screws, or solvents required Servo or pneumatic actuation options PLC-controlled system with touchscreen HMI Custom ultrasonic horn and precision welding fixtures Adjustable welding time, amplitude, pressure, and welding depth High-speed production with excellent weld consistency Minimal material deformation and low rejection rates Energy-efficient, heavy-duty, and low-maintenance industrial design Easy integration with automated electronics assembly lines Fully customizable according to product design, tooling, material, and production capacity