1 - PACKAGING AND MINIATURATION SOLUTIONS
• Flexible circuit thinness and light weight will enable a substantial packaging size reduction.
• Flexible circuits allow unique designs which solve interconnection problems.
• Flexible circuit’s ability to be folded or creased and positioned into the smallest areas makes miniaturization   of many devices possible.

2 - COST REDUCTION
• Thin and flexible polyimide film requires a much smaller area, reducing the packaging size and overall   material costs.
• Flex circuits used as interconnects reduce the number of connections to be soldered.
• Elimination of connectors and solder joints reduce costs.

3 - REPLACEMENT FOR WIRES AND WIRE HARNESS ASSEMBLIES
• Flex circuits are an efficient and cost saving method to eliminate wires and wire harness assemblies.
• Flex circuit wiring simplifies designs.
• Flex circuits used to replace wiring reduces the errors common in hand wired assemblies.

4 - HIGH TEMPERATURE APPLICATIONS
• Flex circuits dissipate heat at a better rate than other dielectric materials.
• Flexible circuits are consistently reliable in high temperature environments.
• Expansion and contraction are minimized when using polyimide circuitry.

5 - WEIGHT REDUCTION• Substantial weight reduction is a benefit over wires and wire harnesses.
• Polyimide films can be as thin as .004 inches in total.

6 - DYNAMIC FLEXING
• The flexibility of polyimide film makes flex circuits the leading choice for interconnecting movable   components.