BORUDE ultrasonic sealing cutting machine provides the only flameless, safe and compliant solution for copper tube sealing of refrigeration systems — helping customers meet regulatory requirements and build safer production lines.

Suitable for welding of new energy battery tabs and busbars — with precise energy control, it meets the stringent requirements for high consistency and high-quality welding in power battery manufacturing.

Suitable for battery tabs, busbars and terminal connections – delivering stable, reliable welding performance with low internal resistance and low heat input.

We offer flexible order policies with no strict minimum order quantity requirements. Lead times vary based on order specifications and quantity – please contact us with your specific requirements for a detailed quotation.

Yes, we offer full OEM/ODM customization services. We can adjust tooling design, cable length, handle configurations (single-handle or dual-handle), and pre-set welding parameters based on your actual copper tube samples before shipment.

When an overload alarm occurs, please check the vibration system, ensure all screws are tightened, inspect the horn and anvil for cracks or damage, verify pressure settings, and confirm the gap between the horn and anvil is correct. If the issue persists, please contact us for technical support.

The smart version (RF4000T) features a 7" HMI touch screen with PLC intelligent control, real-time thickness monitoring with tolerance alarms, adaptive parameter adjustment for 4-12mm copper tubes, and 20 sets of process data storage. The standard version uses microcontroller-based control with LED display and requires manual parameter adjustments for different copper tube sizes.

The welding tools (horn and anvil) should be inspected regularly. It is recommended to change the welding position every 5,000 welds and replace the tool set after approximately 30,000 uses. The system also provides built-in alerts for head life and face-change reminders to help you manage tool utilization.