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ASMPT: New Stationary Camera for SIPLACE Placement Machines

03/13/2025 | ASMPT
Market and technology leader ASMPT is offering a new stationary camera available for its placement machines equipped with SIPLACE placement heads CPP and TWIN. It delivers significantly faster processing speeds as well as more component flexibility – from highly integrated ball grid arrays (BGAs) to large-format odd shape components (OSCs).

Flex Named 2025 World's Most Ethical Companies Honoree for the Third Consecutive Year

03/12/2025 | Flex
Flex announced its recognition as one of the 2025 World's Most Ethical Companies® by Ethisphere, a global leader in defining and advancing the standards of ethical business practices.

Flexible Thinking Flexible Circuit Technology—Looking Back and Forward

03/03/2025 | Joe Fjelstad -- Column: Flexible Thinking
Flexible circuit technology came on the scene as a solution largely for niche applications, however, the technology has emerged in recent years as a cornerstone of modern electronics. Today, the technology is enabling a broad range of new product designs across industries. From wearable devices and medical implants to foldable smartphones and numerous automotive applications, flexible circuits are arguably at the heart of much of the next generation of innovations.

Flex Expands U.S. Manufacturing Capacity to Meet Customers' Growing AI-Driven Power Demands with New Dallas Facility

02/28/2025 | Flex
This strategic investment enhances Flex's ability to meet the rising power infrastructure demands driven by AI adoption and reduces production lead times for U.S. customers.

Pusan National University Develops One-Step 3D Microelectrode Technology for Neural Interfaces

02/28/2025 | PRNewswire
Neural interfaces are crucial in restoring and enhancing impaired neural functions, but current technologies struggle to achieve close contact with soft and curved neural tissues. Researchers at Pusan National University have introduced an innovative method—microelectrothermoforming (μETF)—to create flexible neural interfaces with microscopic three-dimensional (3D) structures.
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