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With the mission of “Smart Manufacturing - Global Delivery”, we help our customers shorten the time-to-market and optimize the supply chain cost through continuous technology iteration and digital upgrading. We look forward to working with you to define the future of electronic manufacturing!

 

  • Technology Driven Intelligent Manufacturing
  • Full-process quality control
  • In-depth industry experience
  • Agile Service Network
EdgePCBA

Rigid-flex PCB

EdgePCBA provides Rigid-flex PCB services tailored to meet customer’s needs. Rigid-Flex PCBs combine the best of both rigid and flexible circuit board technologies into a single, hybrid structure. These boards consist of one or more flexible circuit layers integrated with rigid boards, allowing the design to bend and fold while maintaining structural stability in critical areas. This integration enables three-dimensional configurations, reduced weight, and increased reliability, making Rigid-Flex an ideal choice for compact, complex, and high-performance electronics.

Flexible PCB

Flexible PCB

HDI PCB

HDI PCB

High Frequency PCB

High Frequency PCB

High Speed PCB

High Speed PCB

Rigid-flex PCB

Rigid-flex PCB

Metal PCB

Metal PCB

Ceramic PCB

Ceramic PCB

What are Rigid-flex PCBs?

Rigid-flex PCBs are a hybrid type of printed circuit board that combines the advantages of rigid boards and flexible circuits in a single integrated design. These PCBs are made by layering flexible circuit substrates with rigid boards, allowing for both bendable and solid sections within the same unit.

 

Key Characteristics:

  • Combination of Rigid and Flexible Layers: Rigid-flex PCBs typically consist of multiple layers of flexible circuits that are attached to one or more rigid boards. The flexible sections allow the board to bend or fold, while the rigid parts provide support and stability.
  • Compact and Lightweight Design: By eliminating the need for connectors and cables between separate rigid and flex circuits, rigid-flex designs save space and weight—ideal for compact electronic devices.
  • 3D Assembly Capabilities: Rigid-flex boards can be folded into three-dimensional configurations, making them perfect for applications with complex mechanical and spatial constraints.

Why Choose Rigid-Flex PCBs?

Rigid-flex PCBs offer a powerful combination of mechanical flexibility, structural integrity, and space efficiency, making them an ideal solution for advanced electronic designs that demand both reliability and compactness.

 

Key Reasons to Choose Rigid-Flex PCBs:

  • Save Space & Reduce Weight: Rigid-flex boards eliminate the need for bulky connectors and ribbon cables between separate rigid and flexible boards. This results in a lighter, more compact, and integrated design—perfect for portable and space-constrained devices.
  • Improve Reliability & Durability: With fewer interconnects, solder joints, and connectors, rigid-flex PCBs significantly reduce potential failure points, especially in high-vibration or high-flex environments such as aerospace, automotive, and wearable electronics.
  • Enable 3D Design & Complex Assembly: Rigid-flex PCBs can be folded or bent into custom shapes, allowing three-dimensional packaging that fits within tight or irregular enclosures. This opens new possibilities for miniaturized and ergonomic product designs.
  • Simplify Assembly & Reduce Cost Over Time: By integrating multiple components and eliminating connectors, rigid-flex PCBs reduce part count and simplify the assembly process. This lowers long-term costs related to assembly labor, maintenance, and field failures.
  • Enhance Signal Integrity: Fewer interconnects and shorter signal paths help maintain cleaner signal transmission, minimize EMI/RFI, and improve performance—especially in high-speed and high-frequency applications.
  • Withstand Harsh Environments: Rigid-flex PCBs are highly resistant to shock, vibration, and temperature extremes, making them ideal for mission-critical or rugged applications such as aerospace, military, and industrial equipment.
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ASSEMBLY CAPABILITIES

Assembly Capabilities for PCBs

Stencil Size Range

29inch*29inch

SMT

Position accuracy: 25um
Components size:0201--150mm
Max.PCB Size:680mm*500mm
MinPCB size:50mm*50mm
Min.PCB Thickness:0.3mm-- 6mm
Min.IC Pitch: 0.30mm

Wave-Solder

Max.PCB width:450mm Min.PCB width:no Limited Component height: Top 120mm/Bottom 15mm

Min.BGA pitch

0.008"

Max.BGA Size

74mm x74mm

BGA Ball Pitch

1.00mm(Min);3.00mm(Max)

BGA Ball Diameter

0.40mm(Min);1.00mm(Max)

QFP Lead Pitch

0.38mm(Min);2.54mm(Max)

For further discussion about PCB Assembly, please contact us.

MATERIALS

Diversified PCB Assembly Materials You Can Choose

  • FR-4
  • Glass epoxy
  • FR4 High Tg
  • Rohs compliant
  • Aluminum
  • Rogers
  • FR-4
  • Glass epoxy
  • FR4 High Tg
  • Rohs compliant
  • Aluminum
  • Rogers
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our pcbs

LAYERS

Customizable PCB Boards Up to 32 Layers

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our pcbs

Assemble Your PCB Now!

Don't hesitate to reach out if you require any help or have specific customization requirements that we can cater to.

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