FLEX
CIRCUITS
RIGID FLEX PCB
You’re looking to remove as much weight and cost as possible from your designs — while improving performance in the field. You probably love that challenge. So do we. That’s why Minco invests heavily in rigid flex circuit technologies — and has gone through rigorous testing to ensure the highest possible reliability and repeatability in our processes.
Minco Products has firmly established itself as a leading and reliable manufacturer of flexible printed circuit boards (Flex PCB). With a commitment to excellence and a focus on quality, Minco Products has consistently delivers innovative and precision-engineered Flex PCB solutions to meet the diverse needs of its clients. Our dedication to maintaining the highest standards in manufacturing is reflected in the durability, reliability, and performance of our flexible circuit boards. Whether it’s for medical devices, aerospace applications, or industrial electronics, Minco Products stands out as a trusted partner, providing top-notch rigid flex PCB solutions that exemplify durability, flexibility, and unparalleled quality in the ever-evolving field of electronics manufacturing.
- Minco Flex Circuit Technology Overview - Learn More
- *NEW* Designing a Flex Circuit for Flexibility - Learn More
- Guide to Integrated Flex Circuits - Learn More
- Common Specification Pitfalls To Avoid - Learn More
- Project Case Study: Defense Missile Delivery System Control Unit. Read the Case Study
- Project Case Study: Medical Catheter Wound Cauterizing. Read the Case Study
- Replacing a Wire Harness with a Flex Circuit - Learn More
- The Answer Isn't Always Rigid Flex PCB - Learn More
- Advantages of Pads Only Panel Plating Techniques - Learn More
Design Smarter Circuits with Minco
What do you need to submit a flex PCB project to Minco?
- Notes: Required specifications, materials, testing, clarification of views, electrical requirements, plating and final finish, and assembly details.
- Circuit views: At least one view that shows overall size, required dimensions, tolerance needs, established datums, and assembly needs.
- Stackup: For complex circuits with multiple layers, isolated cutaways/exposures, and multiple stiffeners, a stackup view of materials helps clarify requirements.
- Bill of Materials (BOM): If the circuit includes items such as components and connectors, a BOM should include these details.
- Schematic: The schematic should highlight any specific electrical needs and component callouts for the footprints.
Design Smarter Circuits with Minco
What do you need to submit a flex project to Minco?
ALL FLEXIBLE CIRCUIT SOLUTIONS
RIGID
FLEX
PCB
RIGID
FLEX
PCB
EXPLORE
HIGH DENSITY
INTERCONNECT
HIGH DENSITY
INTERCONNECT
EXPLORE
CIRCUIT
ASSEMBLIES
CIRCUIT
ASSEMBLIES
EXPLORE
MINIATURE
FLEX-COILS
MINIATURE
FLEX-COILS
EXPLORE
SINGLE & DOUBLE
LAYER FLEX
SINGLE & DOUBLE
LAYER FLEX
EXPLORE
MULTI-LAYER FLEX
MULTI-LAYER FLEX
EXPLORECUSTOM FUNCTIONALITY
CUSTOM FUNCTIONALITY
EXPLOREOUR TECHNOLOGY ROAD MAP
OUR TECHNOLOGY ROAD MAP
EXPLOREENGINEERED SOLUTIONS
OVERCOME ANY DESIGN CHALLENGE
WHY CHOOSE MINCO?
PROVEN EXPERTISE
For more than 60 years, Minco has helped engineering teams design and build the mission critical devices that power high reliability industries. We know what it takes to get the job done — on time and on budget.
INTEGRATION ACROSS PRODUCT LINES
No matter the challenge, Minco engineers bring best practices from hundreds of similar engagements worldwide to help our customers plan, design and integrate the best solutions for their programs.
MINCO CERTIFICATIONS
• ISO9001:2008
• ISO 9001:2015
• AS9100C certified
• AS9100D certified
• NADCAP accredited
• ITAR registered
• IPC-6013 Class III Product
• IPC J-STD Certified
• IPC CID Certified CAD
LET'S TALK E2E
Ready to take the next step and explore powerful design innovation? Minco engineers are ready. Our thermal, flex circuit and sensing experts can help your team find a better way — minimizing costs, while improving overall system performance.
