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Flexible printed circuits were originally designed as a replacement for traditional wire harnesses. Today's trends including IoT, connectivity, mobility, wearables, miniaturization and more are driving rapid growth in the need for and use of flexible printed circuits across most every industry.

A flexible circuit in its purest form is a vast array of conductors sandwiched between layers of very thin dielectric film. From simple applications to the most complex, the versatility of flexible printed circuit boards are unmatched.

Flexible Circuit Technologies is happy to take on most any flexible circuit design challenge that you may have.

Enhancing catheter performance with flexible circuits

There is significant momentum and growing needs within medical field for catheter flexible circuits. Catheter related solutions provide minimally invasive procedures while addressing a broad range of applications.

These applications include catheters for ablation, electrophysiology, mapping and diagnostic, angioplasty, stent deployment, and more.

Enhancing endoscope performance with flexible circuits.

There is significant momentum and growing needs within medical field for catheter flexible circuits. Catheter related solutions provide minimally invasive procedures while addressing a broad range of applications. These applications include catheters for ablation, electrophysiology, mapping and diagnostic, angioplasty, stent deployment, and more.

Rigid flex circuits have been used in the military and aerospace industries for more than 40 years. In rigid flex circuit boards, layers of flexible and rigid materials are used to create both rigid and flexible areas in a single package.

Rigid flex circuits combine the best of both rigid boards and flexible circuits integrated together into one circuit.

Rigid outer layers are connected to inner flexible layers using copper plated vias. Rigid flex circuits provide higher component density and better quality control. Designs are rigid where extra support for SMT components is needed, and is and flexible in areas that need to bend and flex to fit into tight spaces.