Challenge to Difficult-to-Bond Materials: Breaking the Thickness and Multi-Layer Barrier — Single-Pass Bonding of Thick Plates, Zero Misalignment

• Lithium-ion battery
• Difficult bonding
• Electronic components
• EV
• Bev

Joining thick metal plates and multi-layered materials is...

The EV Battery Revolution: From Tab to Foil — Low-Energy Bonding Unlocks New Battery Manufacturing Processes

• Lithium-ion battery
• Difficult bonding
• EV
• Bev
• Cylindrical can

The performance of an EV battery isn't solely defined by ...

The EV Battery Revolution: Solving Cell Contamination Issues — LINK-US Technology Boosts EV Battery Yield

• EV
• Bev
• Cylindrical can
• Lithium-ion battery
• Difficult bonding

For the Electric Vehicle (EV) market to grow sustainably,...

The EV Battery Revolution: Internal bonding for EV Charging Infrastructure—Achieving Low Resistance for High Current Transmission

• EV
• Electronic components
• Bev
• Lithium-ion battery
• Difficult bonding

As EV adoption accelerates, not only batteries but also c...

The EV Battery Revolution: Enhanced Reliability through Low-Heat Cu–Al Bonding

• EV
• Electronic components
• Bev
• Cylindrical can
• Semiconductor
• Lithium-ion battery
• Difficult bonding

As Electric Vehicles (EVs) rapidly gain global adoption, ...

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Trouble with Bonding or Design? Solved by Ultrasonic Complex Vibration.

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