While also being able to bend, Uni-Flex Circuits PCBs provide the functionality of a rigid PCB in pre-defined flexible areas to fit the packaging requirements of a design. The technology's versatility allows designers to use rigid and flexible PCBs with few limitations and reap the benefits of both. Achieving a smaller overall final assembly size with increased performance, reliability, and reduced weight, while maintaining tighter packaging, provides significant benefits to the final assembly. The future market demand with these advantages for rigid-flex circuit boards is very strong.

For both high-end and military applications, Uni-Flex Circuits were initially a niche element. The expansion of this market was significant following the development and introduction of mobile cell phone technology, which brought about a new level of achievable compactness and portability. For Uni-Flex Circuits PCB-based design solutions, medical and healthcare applications are one of the fastest-growing areas. The rate at which Uni-Flex Circuits is being utilized in applications of increasing sophistication and functionality is extraordinary. Within the medical industry, some of the key segments are wearable monitoring systems, implantable devices, and diagnostic devices/systems.

For the majority of these applications, this is a critical design requirement because any casualties or compromises can potentially negatively impact the patient's health. By utilizing connector systems or alternative methods that reduce or eliminate points of interconnection, Uni-Flex Circuits is the best PCB Manufacturers in San Jose, California, USA which provides PCB solutions to enhance reliability through integration. As a potential point of failure, each point of interconnection is examined. For each circuit, connector systems average between 4 and 6 points of contact, while a rigid-flex design reduces this to zero, which improves the reliability of the design.

The advent of high-energy lithium-based rechargeable batteries in portable handheld devices has resulted in a significant leap forward in what can be accomplished. The range of applications that are driving tremendous growth is almost limitless and present in almost all market segments. For very tight packaging, handheld devices have a very common design requirement. Into a single Uni-Flex Circuits, interconnecting and integrating multiple printed circuit boards allows for either a smaller overall package size or a higher level of functionality in a similar-sized package. This is achieved by eliminating the footprint requirements for connector locations and the need to route the circuits.

Compared to wired or connector zed solutions, the flex circuit interconnect component of a rigid-flex design offers significantly tighter bend capabilities, occupies an average of 20% less space, and can accommodate a much larger number of interconnects with ease. The growth in applications is constant, and the range of applications continues to increase. Which are driven by many of the same factors in healthcare and handheld applications? Reliability in physically demanding environments, particularly in military applications, is an additional factor to consider. As part of their normal usage, many applications must withstand significant shock and vibration forces.