rigid flex printed circuit board

Custom ENIG High Temperature UL / IPC Certified: Say goodbye to the cumbersome combination of traditional "rigid board + FPC + connector." Our immersion gold rigid-flex PCBs seamlessly combine FR4 rigid substrates with polyimide (PI) flexible substrates. They support three-dimensional bending and folding for easy installation, effortlessly adapting to the compact layouts of ultra-small devices such as smartwatches, medical endoscopes, and automotive sensors. This reduces the

Bespoke Rigid Printed Circuit Board With Red Oil Sinking Gold Craftsmanship Why choose red oil hardboard PCBs? Red oil rigid PCB is a type of printed circuit board using red solder mask ink, offering strong contrast for easier inspection and assembly. It features stable electrical insulation, good heat resistance, and reliable protection against moisture and oxidation. Suitable for consumer electronics, industrial control, and automotive applications, red oil rigid PCBs

Custom FPC Manufacturer: Double Layer Rigid-Flex PCB for Medical Devices We specialize in custom PCB and FPC manufacturing, including double-layer flexible circuits and rigid-flex boards like this model. Designed for medical and RF applications, it features a 48-pin layout with ENIG surface finish for reliable soldering and long-term stability. The flexible polyimide base allows bending, while reinforced rigid sections provide mechanical support. We offer full customization

High-Reliability Rigid-Flex PCBs for Aerospace, Medical & Consumer Electronics A Rigid-Flex PCB is a hybrid circuit board that combines the stability of FR-4 rigid substrates with the flexibility of Polyimide (PI) films. It integrates rigid areas for component mounting and flexible sections for bending, folding, or dynamic movement. This design eliminates connectors, reduces size, and improves reliability by withstanding thousands of flex cycles. Ideal for compact, high

Custom Flex-Rigid PCBs for Your Next Project: Our custom flex-rigid PCBs deliver the best of both worlds: rigid platforms secure critical components, while flexible ribbon cables provide unmatched design freedom for tight, moving assemblies. With high-reliability gold plating and robust polyimide construction, these boards are engineered to thrive in harsh environments, offering a compact, lightweight solution that eliminates bulky wiring harnesses and boosts system

What is Flexible Rigid Circuit Boards?: A Flex-Rigid PCB , also known as Rigid-Flex Printed Circuit Board, is a type of circuit board that combines both flexible and rigid board technologies into a single design. This unique construction allows for increased design flexibility and reliability, making it an ideal choice for applications where space is limited or where the board needs to conform to a specific shape.Our Rigid Flex PCB product offers a variety of features and

XingQiang Full Tested & Certified Custom Rigid-Flex PCB: We provide high-quality custom rigid-flex printed circuit boards (PCBs) designed for industrial control, automation, robotics and smart devices. Combining rigid FR-4 and flexible polyimide (PI) materials, these boards offer excellent flexibility, high mechanical stability and reliable performance in harsh environments. Full testing including flying probe, AOI, thermal shock and bending fatigue ensures quality. We

Panelized Rigid-Flex PCBs Durable, Bendable, and Corrosion Resistant This is a panel of custom rigid-flex printed circuit boards (PCBs) , integrating rigid FR-4 substrates (green) and flexible polyimide sections (brown). Designed for high-density, space-constrained electronics, they provide robust mechanical support via rigid areas and dynamic bendability via flex regions, ideal for wearable devices, medical equipment, and compact IoT products. The ENIG (gold) surface

What is rigid-flex printed circuit board?: A rigid-flex PCB (rigid-flex printed circuit board) is a hybrid circuit board combining rigid FR-4 sections and flexible FPC layers. It integrates the structural stability of rigid boards for component mounting and the bendability of flexible circuits for 3D space routing, eliminating connectors and reducing assembly complexity. Widely used in medical devices, consumer electronics, and industrial controls, it delivers high reliabilit