Ultrasonic Metal Bonding Device For Non-Ferrous Metal Welding

Ultrasonic Bonding uses high-frequency vibration waves to transfer to the surfaces of two objects to be welded. Under the condition of pressure, the surfaces of two objects rub against each other to form a fusion between molecular layers. In ultrasonic Bonding, metal neither delivers current to the workpiece, nor imposes a high-temperature heat source to the workpiece, but under static pressure, the vibration energy of the frame is transformed into friction work, deformation energy, and limited temperature rise between the workpiece. Metallurgical bonding between joints is solid-state welding without melting the base metal. Therefore, it can effectively overcome the splash and oxidation phenomena caused by resistance welding. Ultrasonic metal welding machine for copper, silver, aluminum, nickel, and other non-ferrous metal wire or thin material welding and short strip welding. It can be widely used in fuse pieces, electric lead, lithium battery electrode pieces, electrode ear welding.

Features of Our Ultrasonic Metal Bonding Device:

* The 6th generation iQS operation system, multi-level password protection with hierarchical authorization.

* Supportable to MES, DPS for real-time data management.

* Profiling of the welding process

* Built-in scanning port supporting four brands of scanning guns for data traceability.

* Stable workmanship

* Multiple welding modes

* Multiple functions available for integration of an automatic production line.

Technical Parameter:

Application:

New energy vehicle industry. The pole lug welding on the lithium battery pack of electric cars is popular now, as well as the welding of wiring harness and wiring harness inside the car, and the welding of wiring harness and terminal.
The medical profession. The most typical application is pin welding on integrated circuits in medical equipment. The process does not require glue or adhesives, just the bonding of the body material. Such as pacemakers used to treat patients and sensors implanted in the body. In addition, ultrasonic welding is widely used in the manufacture of intravenous catheters, blood/gas filters, dialysis machines, valves, and filters.
Electronics and computer industry. Used in chips, motors, capacitors, flash memory, microprocessors, transformers and other products. The welding process combines thin metal, usually aluminum or copper, with thick material to seamlessly connect wires and circuits. It can effortlessly connect circuits on a circuit board, making it ideal for the smartphone and computer industries.
Space industry. When making engine parts, non-ferrous metal materials such as aluminum are welded to steel. After welding, the components have high drawing strength, precise size, and a beautiful appearance. It can also meet the requirements of sealing performance and impact resistance of a closed chamber after welding.
Refrigeration industry. Copper pipes have been used as refrigeration and air-conditioning cooling system components. Because copper was expensive, aluminum tubes were used instead. However, regardless of whether copper or aluminum tubes are used, ultrasound can be used for sheet welding or sealing.