Caboer’s 4-Layer Rigid-Flex Board for Industrial Equipment is tailor-made for core industrial devices such as industrial control systems, automated production line modules, industrial sensor terminals, and heavy machinery electronic components. It precisely meets the core demands of industrial scenarios—strong vibration resistance, harsh environment adaptability, high integration, and cost-effectiveness. With the high soldering reliability of tin plating and the structural advantages of rigid-flex synergy, it stands as a cost-effective, robust choice for industrial equipment R&D, empowering enterprises to build stable, durable, and efficient industrial-grade solutions!
Adopting a 4-layer rigid-flex synergy structure, it perfectly balances adaptability and durability for industrial applications: the 0.1mm ultra-thin flexible layer boasts exceptional bending toughness and fatigue resistance, flexibly fitting complex wiring paths, connections between moving parts, and large cavity layouts inside industrial equipment. It easily avoids wiring damage from pulling, withstands high-frequency vibrations and mechanical impacts in industrial environments, and completely solves the limitations of traditional rigid PCBs (wiring restrictions and easy breakage); the 1.2mm sturdy rigid layer meets the high-load operation standards of industrial equipment, reliably supporting core components such as industrial control chips, high-power modules, and high-density connectors. This achieves efficient integration of "flexible adaptation to complex structures + rigid fixation of precision parts". With precise dimensions of 151*95.5mm, the large layout fits the installation needs of medium-to-large industrial modules, providing ample space for multi-module integration and heat dissipation systems, balancing integration efficiency and operational stability.
Key advantages directly address industrial pain points, demonstrating cost-effective strength: ① Full-board tin plating finish offers excellent solderability, wear resistance, and resistance to dust and oil contamination. Its high soldering reliability adapts to mass production in the industrial manufacturing industry, while balancing cost advantages to help customers control procurement costs; ② Solder mask with white characters + through-hole design features clear markings, facilitating automated module assembly, on-site debugging, and post-maintenance. It significantly improves production efficiency and operational convenience, reducing downtime and maintenance costs for industrial equipment; ③ 4-layer scientific wiring layout rationally separates signal, power, and ground layers, effectively suppressing electromagnetic interference (EMI) and preventing signal crosstalk among multiple devices in industrial environments. It ensures seamless collaboration across the full process of "signal collection - data processing - execution control", meeting the high-precision and real-time requirements of industrial control.
Backed by Caboer’s profound technical accumulation in industrial-grade PCBs and strict quality control system, this 4-layer rigid-flex board can be customized for wiring density, interface types, protection levels, and other requirements based on specific industrial equipment needs. Paired with rapid prototyping and efficient SMT assembly services, it helps customers shorten R&D cycles and accelerate mass production. Whether for continuous operation of automated production lines, harsh working conditions of heavy machinery, or precise data transmission of industrial sensors, it serves as the "control hub" of industrial equipment with core advantages of "stable reliability and cost-effectiveness". It helps enterprises reduce after-sales risks, improve production efficiency, and build competitive advantages in the industrial automation track!