Flexible printed circuits are ultra-thin, bendable electrical pathways printed on flexible substrates, making them ideal for compact, space-saving designs in today’s electronics. Unlike rigid PCBs, they offer flexibility, durability, and lightweight performance.
Perfect for medical devices, consumer electronics, and industrial controls, flexible circuits simplify assembly, reduce weight, and adapt to dynamic applications with tight spaces or movement.
At Scrint Technology (M) Sdn Bhd, we deliver custom flexible printed circuit solutions that meet your exact technical and mechanical requirements — engineered for reliability, precision, and integration into high-performance electronic systems.
Flexible printed circuits function by using conductive inks—typically silver or carbon—printed onto a flexible substrate like PET. These circuits act as electrical pathways that connect components within compact or curved devices. Their ability to bend, twist, and fold without losing conductivity makes them essential for modern electronics where space and design flexibility are critical.
Unlike traditional rigid PCBs, flexible printed circuits are lightweight, thin, and adaptable to tight spaces or moving parts. This reduces the need for bulky wiring or connectors, streamlining both the design and assembly process while improving product reliability and performance.
Flexible printed circuits offer a range of advantages that make them a preferred choice for engineers and designers across industries:
Space-Saving Design
Their slim, bendable structure allows circuits to fit into compact, irregular, or moving parts—ideal for modern, miniaturized devices.
Lightweight & Low Profile
Significantly lighter than traditional wiring or rigid boards, FPCs help reduce overall product weight without sacrificing functionality.
Enhanced Durability
With fewer mechanical connectors and joints, flexible circuits are less prone to failure due to vibration, wear, or environmental stress.
Improved Reliability
By eliminating multiple interconnections, they reduce the risk of signal loss or disconnection, resulting in more stable performance.
Streamlined Assembly
FPCs simplify installation and reduce the need for complex wiring harnesses, speeding up manufacturing and lowering labor costs.
Custom Configurations
Easily tailored to specific shapes, sizes, and layer counts, they offer greater freedom in product design and engineering.
Flexible printed circuits (FPCs) are used in a wide range of industries due to their adaptability, space efficiency, and high reliability. Here are some of the most common applications:
FPCs are ideal for compact, lightweight, and sterile environments. They’re used in devices like:
Portable monitors and diagnostic equipment
Wearable health sensors
Flexible probes and catheters
Their flexibility allows for patient-friendly designs and compact device integration.
In industrial settings, flexible circuits are integrated into:
Membrane switch panels
Control units and sensors
Monitoring equipment exposed to vibration and stress
Their ability to withstand mechanical wear and harsh environments makes them reliable for long-term use.
FPCs are a standard in modern electronics, powering:
Smartphones and tablets
Cameras and foldable displays
Wearable devices like smartwatches and fitness trackers
Their bendability enables sleek, slim designs with complex internal layouts.
Used in both the interior and under-the-hood electronics, FPCs can be found in:
Instrument clusters
Infotainment systems
Airbag systems and seat controls
They reduce wiring complexity while enduring temperature changes and vibration.
FPCs help reduce weight and improve performance in:
Aircraft cockpit controls
Satellite systems
Military-grade communication devices
Their resilience to altitude, temperature, and movement is essential in these high-stakes environments.
11, Jalan Pknk 3/7, Kawasan Perindustrian Sg Petani, 08000, Sungai Petani, Kedah, Malaysia.
Specializing in premium printed electronics since 1993. We designs and manufactures quality membrane switches, graphic overlays, and dome.
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