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PCB Lamination process

PCB production
January 14, 2026
Category Connection: Rigid Flex PCB
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Tags:
#Rigid Flexible PCB #Flexible Rigid PCB #Rigid Flex Printed Circuit Board
Brief: In this video, we provide an educational walkthrough of the PCB lamination process for FR4 Material Flex Rigid PCB Boards. You'll see how rigid and flexible sections are precisely stacked and bonded under heat and pressure to create a unified, reliable circuit board structure. This demonstration highlights the critical steps that ensure excellent insulation, temperature resistance, and mechanical durability for applications in smart devices and automotive electronics.
Related Product Features:
  • Combines structural stability of rigid substrates with bending flexibility for 3D assembly in tight spaces.
  • Offers excellent insulation and temperature resistance for reliable performance in demanding environments.
  • Withstands repeated mechanical stress to ensure stable and durable circuitry over time.
  • Optimizes space and reduces the need for connectors and cables through integrated design.
  • Adapts to complex spatial layouts, enabling lightweight and highly reliable device designs.
  • Available with HASL or ENIG surface treatments for enhanced solderability and corrosion resistance.
  • Features high chemical resistance for protection against harsh operating conditions.
  • Suitable for a wide range of applications including smart devices and automotive electronics.
FAQs:
  • What are the main advantages of using a rigid-flex PCB?
    Rigid-flex PCBs optimize space and reduce board size, minimize the use of connectors and cables, adapt to complex spatial layouts, and offer high temperature and chemical resistance for enhanced reliability in compact electronic devices.
  • What surface treatment options are available for these PCBs?
    Our FR4 Material Flex Rigid PCB Boards are available with either HASL (Hot Air Solder Leveling) or ENIG (Electroless Nickel Immersion Gold) surface treatments, providing excellent solderability and protection against oxidation.
  • How does the lamination process ensure board reliability?
    During lamination, rigid and flexible sections are stacked in a preset order and bonded using heat and pressure with adhesive films. This creates a strong, integrated structure that withstands mechanical stress and ensures stable electrical connections between layers.
  • What quality certifications support your manufacturing process?
    Our manufacturing is supported by ISO 9001, ROHS, and ISO/TS16949 certifications, ensuring high-quality standards, environmental compliance, and reliability for automotive and other demanding applications.
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