Blog

Advanced Process Laboratory (APL) – Catheter Board Process Flow

August 19, 2014
By Jeff Zopff

August 18, 2014 – Universal Instruments is going to hold a China market-focused seminar at NEPCON Shenzhen on August 26 & 27, in Rose Hall #2, 5th floor, Shenzhen Convention Center, and the Advanced Process Laboratory (APL) will present the precise and robust process for a leading-edge heart catheter circuit board. To sign up for this presentation,

For more information about the Advanced Process Laboratory (APL), go to http://www.uic-apl.com/home or contact David Vicari via vicari@uic.com/+1 607-779-5151.

initpintu_副本

More Related Posts

The Agile Learner: An Ode to e-Learning

In April 2025, I took my first e-Learning course: Surface Mount Operator Suite. I have no formal education in precision automation solutions for the semiconductor and electronics manufacturing industry. With this being said, I was unsure if I’d be able to comprehend the course material, much less keep up with it. After diving in and now completing the course, I can honestly say it is suitable for anyone with the capacity to learn, and it is more user-friendly than I could’ve anticipated.

“Moore” Is Better with Heterogeneous Integration

As Moore’s Law slows, Heterogeneous Integration (H.I.) is emerging as the smarter path forward—combining multiple specialized dies (logic, memory, RF, power) into one compact, high-performance package. This blog explores how H.I. is transforming everything from smartphones to datacenters, and how advanced platforms like FuzionSC™ + High-Speed Wafer Feeder are simplifying complex multi-die assembly. The result? Faster development, lower costs, and better chips—built for the future.

“Fish-Eyed” Press-Fit Pins Challenges & Solutions

Traditional inspection methods fall short when it comes to next-gen “fish-eyed” press-fit pins—whose flared, asymmetrical geometry makes them nearly impossible to evaluate with 2D vision systems. One misaligned pin on a $15K board can mean catastrophic failure down the line. That’s why we’ve implemented precision 3D laser inspection across our platforms—combining upward and downward vision, sub-micron accuracy, and custom tooling to catch defects in real time and ensure flawless placement the first time, every time.