Optimize your electronics manufacturing: Our printed, solderable Flex PCBs offer up to 50% cost savings even in small series, reduce your time-to-market and cut CO₂ footprint by at least 60% compared to conventional manufacturing processes.
FLEXOO prints flexible PCBs on bendable polymer films using additive manufacturing processes. Unlike rigid FR4 circuit boards, Flex PCBs adapt to any geometry - ideal for modern electronics applications with tight space constraints and complex form factors.
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As one of the few suppliers, we master the technology of manufacturing solderable flexible PCBs that eliminate the need for expensive connection methods. Here are the key reasons:
Our production technology enables flexible PCBs that are not only cost-effective in assembly but also provide reliability through permanent solder connections.
Single-sided flexible circuit boards - ideal for cost-sensitive applications like RFID tags or simple sensors. Perfect for high-volume production at low costs.
For more complex circuits, we offer multi-layer flex PCBs with up to 2 layers - the perfect balance between functionality, flexibility and cost efficiency.
Does your current PCB design leave optimization potential unused? Ask us! For certain requirements - such as signal density, EMC - we can reduce the structure to up to 2 layers.
This flexible PCB technology enables seamless integration of electronic circuits into clothing, fitness bands or medical monitoring devices. FLEXOO's flex PCBs adapt perfectly to body movements without losing their functionality.
FLEXOO's printing technology enables precise conductive traces on ultra-thin, flexible substrates, creating the foundation for the next generation of wearable electronics.
Different ink? Different substrate? No problem!Discuss Flex PCB Custom Materials →
We're happy to expand the possibilities of flexible PCBs. Tell us your ideas and we'll examine feasibility for optimal results.
Our conductive inks achieve up to 80% of the conductivity of conventional copper traces with significantly lower material usage. The flexible substrates are only 25-125 μm thin.
Depending on requirements, we use various printing technologies:
For complex applications, we combine printed flex PCBs with conventional components - giving you the best of both worlds: The flexibility and cost efficiency of printed electronics with the performance of conventional components.
Reflow-solderable inks make our flexible PCBs fully compatible with automated SMT assembly processes
Our Flex PCB manufacturing processes are designed to meet industry standards. Our technical team will be happy to discuss your specific IPC requirements and how our Flex PCB solutions can meet your compliance needs.
Additive manufacturing reduces CO₂ emissions by up to 60% compared to conventional PCB manufacturing processes. Through local production in Germany, we additionally minimize transport-related emissions.
Test the advantages of flexible PCBs with our express prototyping: From design to finished Flex PCB in just a few working days.
Schedule a free consultation with our Flex PCB experts and learn how printed electronics can optimize your project.
Ready to revolutionize your electronics design? Contact our Flex PCB specialists today and discover how we can reduce your costs, accelerate your time-to-market, and enhance your product's sustainability.
The lifespan of Flex PCBs and rigid PCBs depends heavily on the respective operating conditions, material quality and design. Flex PCBs are designed to withstand repeated bending and movements, often providing higher durability than rigid circuit boards in dynamic applications. With optimal design and under suitable operating conditions, Flex PCBs can achieve comparable or even longer lifespans than rigid PCBs. Decisive factors include temperature, humidity, vibrations and the quality of materials used.
In most cases, it's possible to transfer an existing circuit board design to a flexible PCB. Of course, some important aspects must be considered, including:
- Selection of suitable materials
- Bending radius
- Placement and mounting of components
- Specific design rules for flexible circuits
Where necessary, our experts make suggestions for adjustments to optimally utilize the advantages of Flex PCB technology. Our Flex PCB specialists always seek the best solution for you.
Yes, our flexible PCBs are fully compatible with standard Surface Mount Technology (SMT) assembly processes. We use reflow-solderable inks that enable seamless integration with your existing automated SMD production lines.
Our Flex PCBs can be processed using conventional sheet-based assembly methods, allowing you to leverage your current manufacturing infrastructure without requiring specialized reel-to-reel equipment. This compatibility ensures cost-effective production scaling and maintains your established quality control processes.
The reflow soldering process works reliably with our printed conductive traces, delivering strong, durable solder joints that maintain their integrity even under repeated flexing cycles.
