JH PCBA Rigid-Flex PCB
JH PCBA helps customers finish a lot of projects including wearable technology, medical devices, automotive systems, and IoT applications etc. We can produce a maximum 24L rigid pcb + 8L flex pcb. This enables the processing of complex and high-performance projects across a wide range of industries. This manufacturing capability is particularly valuable for advanced applications such as wearable technology, medical devices, automotive systems and IoT devices, where space constraints and reliability are critical.
Cost-Effective Manufacturing
Integrated Assembly: Combining rigid and flex circuits reduces the number of individual components and assembly steps, which can lower manufacturing costs.
Lower Maintenance Costs: Fewer connectors and mechanical parts mean less frequent maintenance, leading to long-term cost savings.
Increased Durability and Performance
Resistance to Environmental Stress: Rigid-flex PCBs are more resistant to vibrations, shocks, and environmental factors like moisture, making them ideal for automotive and aerospace applications.
Longevity in Wearable Devices: The flexibility of the PCB allows it to withstand repeated bending, making it ideal for wearable technology that requires frequent movement.
What is Rigid-Flex PCB?
The unique combination of rigid and flexible components offers versatility and reliability, making it an ideal solution for various industries, including wearable technology, medical devices, automotive systems, and IoT applications.
As the demand for innovative and adaptable electronics rises, rigid-flex PCBs are expected to play a pivotal role in meeting these evolving requirements, driving advancements in design, materials, and manufacturing techniques to support the development of next-generation products.
Rigid-flex PCB technology’s impact on the electronics industry
Miniaturization
Rigid-flex PCBs support the trend toward miniaturization in electronics, allowing for smaller and lighter devices with increased functionality while maintaining high performance and reliability.
Design innovation
The versatility of rigid-flex PCBs enables the creation of complex and innovative designs, which can conform to non-planar surfaces and accommodate unique geometries, pushing the boundaries of electronic device design.
Simplified assembly
By combining rigid and flexible components into a single PCB, rigid-flex technology simplifies the assembly process, reduces the number of components, and lowers overall production costs.
Eco-friendly solutions
The adoption of rigid-flex PCB technology can contribute to more sustainable and environmentally friendly electronic devices by reducing material waste and promoting energy-efficient designs.
Rigid-Flex PCB capacity
Item Category | Small and Medium Batches Order (Order area ≥10㎡) | Prototype Order (Order area < 3㎡) | |
---|---|---|---|
Product structure | 1+n+1; 1+1+n+1+1; 2+n+2 | 1+n+1, 1+1+n+1+1, 2+n+2 | |
F+R, cu+F+cu, R+F+R+F+R, R+F+R | F+R, cu+F+cu, R+F+R+F+R, R+F+R | ||
Number of
layers |
Rigid-flex PCB | ≤18L | ≤24L |
FPC | ≤10L | ≤16L | |
Board
thickness (mm) |
Rigid-flex board | 0.3-3.2 | 0.3-3.2 |
FPC | 0.06-0.35 | 0.06-0.35 | |
Board size
(mm) |
Rigid-flex PCB | 15*15 to 310*510 | 15*15 to 310*510 |
FPC | 5*15 to 310*510 | 5*15 to 310*510 | |
Copper
thickness (OZ) |
Maximum copper
thickness of FR-4 |
Outer layer 2OZ, inner layer 2OZ | Outer layer 2OZ, inner layer 2OZ |
Maximum copper
thickness of FPC |
Outer layer 1 OZ, inner layer 1 OZ | Outer layer 2 OZ, inner layer 2 OZ | |
Minimum copper trace width and spacing
capability (um) |
75/75 | 75/75 | |
Minimum diameter of mechanical drill (mm) | 0.2 | 0.15 | |
Rigid part
material |
Tg170 | S1000-2M,IT180A | S1000-2M,IT180A |
High TG halogen-free | S1165 | S1165 | |
Thickness of dielectric
layer (mm) |
0.1-3.2 | 0.075-3.2 | |
Flex part
material |
Flexible material | PI DuPont, Panasonic, Shengyi | PI DuPont, Panasonic, Shengyi |
Surface insulation layer | Cover film, soldermask | Cover film, soldermask | |
Thickness of dielectric
layer (mm) |
0.025-0.1 | 0.012-0.1 | |
Surface
treatment |
Rigid-flex board | HASL with lead / lead-free, immersion gold,
immersion tin, immersion silver, OSP, HASL + gold finger, immersion gold + gold finger, nickel palladium gold, OSP + gold finger , immersion gold + OSP |
HASL with lead / lead-free, immersion gold, immersion
tin, immersion silver, OSP, HASL + gold finger, immersion gold + gold finger, nickel palladium gold, OSP + gold finger, immersion gold + OSP |
FPC | FPC | HASL with lead / lead-free, immersion gold, OSP |
Rigid-Flex PCB Production Process
Construction examples for Rigid-Flex PCB
Rigid-Flex PCB
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard
Data Acquisition Motherboard