Ultrasonic metal joining machine suitable for battery laminated foil and TAB busbar electrode bonding.
Achieves high-speed, stable, and high-quality bonding of TAB busbar electrodes for battery stacking foils (over 100 sheets). A high-spec ultrasonic bonding machine for the manufacturing of next-generation battery electrodes.
Ultrasonic bonding of battery laminated foils requires the application of a controlled amplitude under a stable pressure for a certain period of time. Our servo press achieves "pressure that follows the behavior changes between laminated foils," which is difficult to control with air press machines, enabling high-quality and stable bonding of multilayer battery foils. This device can bond 140 layers of laminated foil with Al terminals, further improving the efficiency of power extraction from secondary batteries. Additionally, the position information of the high-speed tracking motor and ultrasonic output information are acquired as part of an automated system via Ethernet/IP, significantly contributing to the big data needed for mass production quality standards. *We welcome inquiries for various metal bonding experiments and equipment demonstrations. Please feel free to consult us.
basic information
Features of the Ultrasonic Metal Joining Machine 'USDB': - Adoption of a high-speed precision load control (original program) servo press that affects the stable joining of battery laminated foils and TAB busbar electrodes. - Pressure application without air bumping or overshoot (constant pressure control) and controlled ultrasonic amplitude achieve stable work quality with high repeatability. - Use of FEM-analyzed horizontal vibration horns and a high-rigidity rigid body that withstands processing thrust, enabling wide widths (up to 40mm) and multi-point simultaneous processing. - Unique ultrasonic control method (Rinco ultrasonic oscillation control) equipped with AGM oscillator for workpieces sensitive to frequency and impedance variations, such as laminated foils. - Raw data extracted every few milliseconds can be visualized on the operation panel and PC, allowing confirmation of processing behavior (slipping, sinking, excessive energy, etc.) of laminated foils. - Processing steps utilizing servo motor press control can be set arbitrarily, including processing stroke range, deceleration position, and pre-pressing force before oscillation. This enables the fastest automation tailored to each workpiece. - Data communication via Ethernet/IP, also supports customization for automated machines. Proven track record of ultrasonic joining for various batteries, both domestically and internationally. Full support from tool proposal and production to experimental response for each customer.
Price information
For ultrasonic metal joining machines, ultrasonic tools (horns) and fixtures that are optimal for the customer's work are essential. Since all of these are custom-designed, pricing will be provided upon request. Regarding the main metal joining device, the optimal frequency (20kHz or 35kHz) will be selected based on the work size and joining application. Therefore, we will also respond to inquiries about the price of the main device on a case-by-case basis, so please feel free to contact us.
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Model number/Brand name
Ultrasonic Metal Welding Machine USDB-AGM 35kHz/20kHz Type
Applications/Examples of results
【Applications】 ■ Joining laminated TAB electrodes made of aluminum foil, copper foil, and nickel foil for secondary batteries and capacitors ■ Joining flat wire for motor coils and aluminum terminals ■ High-pressure cable connections between copper or aluminum wire conductors and terminals ■ Joining dissimilar metals for high-pressure power lines using copper or aluminum plates ■ Joining lead terminals to power modules and DBC substrates ■ Joining non-ferrous metals, etc. *For more details, please refer to the PDF document or feel free to contact us.
Detailed information
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| Model number | overview |
|---|---|
| USDB-AGM20kHz-3600W | This device uses ultrasonic vibrations and load to perform tasks such as wire harness, metal foil, and metal terminal bonding. It is a precision high-speed servo press device that emphasizes high rigidity and high load capacity through a rigid mechanism, enabling high-speed operation. This device has a judgment function based on threshold values for the parameters of load, ultrasonic oscillation, and time. It is capable of graphing the load, ultrasonic oscillation, and motor position for each processing operation. |
| USDB-AGM35kHz-900W | This device uses ultrasonic vibrations and pressure to perform tasks such as joining wire harnesses, metal foils, and metal terminals. It is equipped with a RINOC 35kHz ultrasonic oscillator. The device emphasizes high rigidity and high load capacity through a rigid mechanism and employs a precision high-speed servo press that enables high-speed operation. Each parameter, including load, ultrasound, and time, can be controlled individually. The device can graph the processing results for each operation and transfer them to a PC. |
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UC Technology Inc. (USA) has been at the forefront of ultrasonic technology since 1966, advancing alongside semiconductor manufacturing equipment. After establishing UC Japan Co., Ltd. in 1990, we developed strong relationships with major semiconductor manufacturing equipment manufacturers in Japan, primarily focusing on OEM supply for numerous wire bonders and flip chip bonders, building trust and a solid track record. Since 2005, we have collaborated with our sister companies, including Lincos (Switzerland), Artec (Switzerland), Crest (USA), Martin Walter (Germany), and KLN (Germany), and have also begun handling various ultrasonic applications. To support global efforts to address environmental and energy issues, we prioritize meeting requirements such as efficiency, lightweight design, miniaturization, strength, airtightness, and reproducibility. We value experimental verification with our customers and continuously propose ultrasonic solutions necessary for creating the future of manufacturing. Please feel free to consult with us.