Flat flex circuits are light weight, low profile, small outline cables designed to satisfy high density cabling applications. Their distinguishing factors include repeated dynamic flexing and the ability to fold into nearly any shape, evenly distributing stress especially when compared to traditional cabling. (read more)

Achieve superior savings by attaining expert design support on the front end of your Dual Access Single Sided Flexible Circuit program! (read more)

Achieve superior savings by attaining expert design support on the front end of your Single Sided Flexible Circuit program!

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A double sided flex circuit is a circuit having two conductive layers, one on each side of the base layer of polyimide within the circuit. Trace patterns, specific to your needs, can be created on both sides of the substrate film and can be connected where desired with copper plated through-holes.
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Flexible Circuit is proud to be able to say that “We Go Where Others Will Not” when it comes to helping you with design solutions utilizing multi layer flex circuits. (read more)

Flexibility with the Six-layer Rigid Flex gives options for your specific applications!

Two flex layers and Four rigid - or - Four flex layers and two rigid! (read more)

Rigid flex circuits combine the best of both rigid boards and flex circuits integrated together into one circuit. Rigid flex circuits provide higher component density and better quality control. (read more)

Flat flex circuits distinguishing factors include repeated dynamic flexing and the ability to fold into nearly any shape, evenly distributing stress especially when compared to traditional cabling. (read more)

Flexible heaters are single layer flexible circuits that utilized resistive alloys, such as Inconel and Cupro-nickel, rather than copper to form conductive paths. As electrical current is driven through the higher resistance conductors, heat is generated. Conductor width and thickness are selected to provide the desired resistance value based on the supply voltage. (read more)

Our membrane switch flex circuit designs primarily include Polymer Thick Film (PTF) “membrane switches” such as graphic overlays, touch pads and key pads. Membrane switches function as a normally open, momentary contact, low-voltage pressure-sensitive circuit. The design of a membrane switch starts with a polyester layer. (read more)