We offer a partnership in building flex PCB prototypes!

Our staff of PhD level Research and Development Engineers regularly produces flex prototypes for a number of different industries. We handle custom designs of varying complexities, based on your product needs, across medical devices, semiconductors, wearables, nanotechnologies, and many other  industries.

Naturally, these flex PCB prototypes comes with a few qualifiers, and here they are:

Standard flex PCB prototype

  • 2 mil trace/space (copper thickness dependent)
  • Single- or double-sided stackup
  • 6:1 via aspect ratio

Advanced flex PCB prototype

  • 1.5 mil trace/space (copper thickness dependent)
  • 7- to 10-layer designs
  • 8:1 via aspect ratio

Developmental flex PCB prototype

  • .75 to 1.5 mil trace/space (copper thickness dependent)
  • More than 10-layer designs
  • Non-standard surface finishes and metallization
  • Additive processing for thick traces

Your Collaborative Partner in Design and Manufacturing

Many companies providing flex PCB prototypes will “build to spec,” and that is it. No feedback, no advice. The MicroConnex team performs a level of due diligence and design review that few companies can match. If we see a design specification that might cause trouble down the road, we bring it to your attention right away – and suggest viable alternatives. This better protects you against unexpected costs and production problems.

As specialists in complex flex designs, we can spot obstacles before they become barriers. Our customers rely on our expertise because they know that a collaborative engineering approach ultimately ensures the long-term success of their products.

Success Stories

The secret behind our quick turn prototyping is a company-wide belief that no process is sacred. We push the limits of our technology and capabilities by collaborating with forward-thinking companies on complex projects. Read about these successes in our case studies.

Schedule a Consultation

Tell us about your idea, and we’ll walk you through how we can bring it to life

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