Rigid-Flex PCB Design Fundamentals

Core design principles for rigid-flex PCBs based on manufacturing feasibility and long-term reliability. Topics include stackup planning, material transitions, and layout strategies that influence yield and mechanical performance in hybrid circuit production.

IATF Certified: How Electronics Suppliers Gain Competitive Advantage in Automotive Manufacturing

FlexPlus / December 4, 2025

IATF 16949 certification isn’t optional—it’s your gateway to automotive contracts. Electronics suppliers gain market access, enhance credibility, and achieve measurable quality improvements. From FMEA implementation to zero-defect culture, discover why automotive-grade systems deliver competitive advantage beyond certification.

#iatf certified #IATF 16949 certification #automotive electronics suppliers #ISO 9001 quality management #automotive supply chain #electronics manufacturing quality #FMEA implementation #automotive quality standards #supplier certification requirements #zero-defect manufacturing

Rigid Flex PCB Stackup: Why Your 2-12 Layer Design Might Fail Without These Critical Considerations

FlexPlus / November 20, 2025

Master rigid flex PCB stackup design for 2-12 layer boards: critical material selection, bending dynamics, manufacturing constraints, and layer configuration strategies that prevent costly failures in aerospace, medical, and automotive applications. #rigid flex pcb stackup