Our cutting-edge flex and rigid-flex circuit board solutions are tailor-made to meet the demands of leading OEMs. Crafted with unwavering reliability, our adaptable circuits endure the extensive challenges of aerospace, medical, and military applications. Flex circuits serve as a high-reliability substitute for wire and wire harness assemblies, offering substantial cost savings without compromising on performance.

Explore our vast array of cost-effective flex and rigid-flex solutions, ranging from single or double-sided circuitry to cutting-edge multilayer designs with up to 20 layers. Our team will guide you in selecting the ideal functional configuration, connectors, and components to surpass all your application requirements.

Our versatile flex and rigid-flex PCBs cater to diverse applications across the medical, military, aerospace, and portable device sectors.

Let our skilled engineering team support you from the initial design phase of your project through to final product production, ensuring all your flex and rigid-flex circuit needs are met with excellence.

Flex Circuit with dome padsBenefits of using flexible circuits:
1. Improved design freedom: Flexible circuits offer greater adaptability in various applications, allowing designers to create customised solutions for complex electronic systems.
2. Enhanced reliability: The flexibility of these circuits reduces the risk of mechanical failure, contributing to a longer product life and better performance.
3. Reduced assembly costs: Flexible circuits simplify the assembly process, helping manufacturers save on labor and material costs.
4. Lightweight and compact: The thin profile of flexible circuits makes them ideal for reducing overall weight and size, which is essential for portable or miniaturised devices.
5. Better heat dissipation: The flexibility enables better airflow and heat distribution, ensuring optimal thermal management in high-temperature environments.
6. Resistance to harsh environments: Flexible circuits are capable of withstanding extreme temperature changes, vibrations, and other environmental factors.

Applications for flexible circuits:
1. Aerospace industry: They are used in flight control systems, navigation equipment, and communication devices due to their lightweight and reliable nature.
2. Medical devices: Flexible circuits find use in implantable devices, diagnostic equipment, and wearable medical technology due to biocompatibility and adaptability to intricate designs.
3. Consumer electronics: Devices such as smartphones, tablets, laptops, cameras, and wearables utilise flexible circuits for their compactness and design versatility.
4. Automotive industry: Flexible circuits are employed in vehicle control systems (e.g., advanced driver assistance), lighting solutions, dashboard displays, and electric vehicles’ power management systems.
5. Military & defence: These circuits play a role in secure communication devices, surveillance systems, avionics components, missile guidance systems, and other mission-critical equipment.
6. Industrial applications: Complex production equipment such as robotics, machine vision systems, and process controls implement flexible circuits for their durability and design advantages.