Kaboer’s Double-Sided Flexible PCB for Medical Devices is tailor-made for small-to-medium medical components, including portable diagnostic instruments, medical monitoring modules, minimally invasive device control units, and core parts of blood glucose testing equipment. It precisely addresses the core demands of medical scenarios—regulatory compliance, stable signal transmission, sterilization resistance, and compact adaptability. With a highly adaptive configuration of "medical-grade 1mil immersion gold finish + double-sided practical wiring", it stands as a preferred solution for R&D of small-to-medium medical devices, empowering enterprises to create reliable, efficient, and globally medical standard-compliant diagnostic and treatment products!

Featuring a double-sided flexible core structure, it perfectly balances the space constraints and operational reliability of small-to-medium medical devices: at an overall thickness of 0.28mm, the flexible substrate combines moderate flexibility and structural stability, seamlessly fitting narrow internal cavities, component connection gaps, and slightly curved structures of devices. It eliminates wiring interference easily, adapting to the compact layout needs of portable and benchtop medical equipment; with precise dimensions of 49*52mm, the optimized square layout supports integration of multiple components (e.g., sensor interfaces, power modules, control chips) without occupying redundant space, leaving ample room for device miniaturization. The 0.6/0.5mm wide line width/spacing is ideal for medical scenarios requiring basic current-carrying capacity and signal anti-interference; paired with 0.2mm micro drill holes, it enables precise solder joint connections, ensuring stable circuit conduction and providing continuous, reliable circuit support for daily diagnostic operations of medical devices.

Key advantages directly tackle pain points of small-to-medium medical scenarios, delivering medical-grade practical performance: ① Equipped with a medical-grade 1mil immersion gold finish, it offers excellent oxidation resistance, tolerance to sterilization wipes (compatible with common medical disinfectants like alcohol and hydrogen peroxide), and low contact resistance. It effectively prevents signal interruptions and detection errors caused by oxidation or poor contact, while the immersion gold surface enhances soldering reliability, meeting high-cleanliness assembly standards for medical devices; ② The double-sided wiring design significantly improves space efficiency, allowing flexible separation of signal transmission and power supply channels to reduce crosstalk risks. It ensures stable transmission of physiological data (e.g., heart rate, blood glucose levels) and device control commands, complying with basic IEC 60601 EMC requirements for medical devices; ③ The flexible substrate strictly adheres to ISO 10993 biocompatibility standards, boasting excellent wide-temperature resistance (-40℃ to 85℃), strong fatigue resistance, and vibration resistance. It can withstand frequent device on-off cycles, daily carrying jolts, and repeated sterilization cycles, reducing after-sales failure risks and aligning with the "low maintenance, high stability" core demand of medical scenarios.

Backed by Kaboer’s years of technical expertise in medical-grade PCBs and strict quality control systems, this double-sided flexible PCB is compatible with global medical regulatory requirements (FDA, CE, NMPA). It can be customized for circuit layout, interface design, and mounting holes based on device functional needs (e.g., sensor type, signal transmission protocol, installation method). Paired with rapid prototyping (7-day sample delivery) and efficient SMT assembly services, it helps customers shorten R&D cycles and accelerate product certification and market launch. Whether for precise signal collection in portable diagnostics, real-time data transmission in medical monitoring modules, or reliable control of minimally invasive devices, it serves as the "core signal hub" of medical equipment—with core advantages of regulatory compliance, stable durability, and high adaptability—helping enterprises reduce compliance risks, enhance product competitiveness, and gain an edge in the small-to-medium medical device market!