Rigid-Flex PCBs

• Space savings and flexibility: The combination of rigid and flexible forms compact and lightweight boards for fitment in tight and constrained spaces. They allow multidimensional layouts and minimize the need for connectors and cables. The use of flexible substrates offers bendability to the extent of conforming to the shape of the device, such as in wearables. This reduces the overall size of the system and device.
• Increased durability and resistance: Rigid-flex PCBs offer improved shock and vibration resistance, depending on the materials used. Since there are minimal or no fragile joints, the boards become durable, offering structural and dimensional stability alongside flexibility. Our boards are also resistant to moisture, temperature extremes, and environmental stress, making them suitable for mission-critical applications and harsh environments.
• Improved thermal performance: We use materials with excellent thermal management properties. Heat dissipation is absolutely crucial as rigid-flex boards are widely used in high-frequency and high-speed applications. Our board materials and the specific placement of components on the board help create proper heat sinks and prevent sensitive components from being affected.
• Rapid prototyping: Our rapid prototyping capabilities enable you to test your designs faster and make modifications more quickly. This expedites the development process, reducing the time to market for your products.
• Flexible Order Quantities: Whether you need a small batch for testing or a large-scale order, we accept orders for both low- and high-volume PCB production, based on your requirements.
• Quick Turnaround Times: Our efficient production processes and speed enable us to offer quick turnaround times. This is achieved by considering both custom requirements and accuracy, enabling you to meet deadlines and keep your project on track.
• Instant Free Quotes: Receive an instant, tailored quote for your PCB production needs, so you can plan your production timeline and budget with complete transparency.

• Aerospace and defense: Rigid-flex boards are used in various segments of this crucial sector. They find applications in satellite systems, radar systems, aircraft control, missile control, and more.
• Medical and healthcare: In this sector, rigid-flex boards are used in varied segments ranging from implants to health trackers and wearables. These include wearable sensors, ECG monitors, pacemakers, MRI and ultrasound machines, and handheld diagnostic equipment.
• Industrial automation: They are used in robotic arms and control systems in industrial machines and equipment. These boards are also used in assembly lines for filling, packaging, and other industrial processes. They also find applications in smart devices, IIoT, and compact monitoring and control systems.
• Automotive: Rigid-flex boards find application in in-car electronics, infotainment systems, safety systems, reverse and parking systems, autonomous driving vehicles, temperature and motion sensing systems, and electric vehicles.
• Consumer electronics: Rigid-flex boards are used in various electronic devices such as smartphones, laptops, tablets, smartwatches, cameras, and more.

• Flexibility: Design the flexible portion of the PCB with sufficient space for bending and movement, ensuring the traces are not stressed.
• Layer Stack-Up: Determine the number of layers for both rigid and flexible sections, taking into account the mechanical properties required.
• Component Placement: Pay attention to where components are placed, especially in flexible areas, to avoid mechanical stress.
• Thermal Management: Proper heat dissipation is essential, especially in high-power designs.