Our Dynamic Flex Circuits are specifically designed and manufactured to withstand millions of flex cycles in high-movement applications where traditional rigid PCBs would fail. These ultra-reliable flexible printed circuits maintain electrical integrity and mechanical durability under continuous bending, twisting, and flexing conditions.
Key Features
Superior Flex Life Performance
- Tested to exceed 10 million flex cycles at specified bend radii
- Proprietary copper foil and adhesive systems optimize fatigue resistance
- Advanced trace geometry and routing minimize stress concentration points
Robust Construction
- Multi-layer capabilities up to 8 layers for complex designs
- High-performance polyimide base materials withstand temperature extremes (-65ยฐC to +200ยฐC)
- Reinforced bend areas with coverlay and stiffener options
- EMI shielding available for sensitive applications
Precision Manufacturing
- Tight impedance control (ยฑ5%) for high-speed digital signals
- Fine line/space capabilities down to 50ฮผm/50ฮผm
- Via-in-pad and microvias for high-density interconnect
- Automated optical inspection ensures consistent quality
Applications
Industrial Automation
- Robotic arm interconnects and joint assemblies
- Conveyor system sensors and actuators
- Automated manufacturing equipment
Medical Devices
- Surgical instrument cables and connectors
- Patient monitoring equipment
- Prosthetic device control systems
Consumer Electronics
- Laptop hinge assemblies and display connections
- Gaming controller flex circuits
- Wearable device interconnects
Automotive Systems
- Door and window mechanism wiring
- Steering column electronics
- Seat adjustment motor connections
Technical Specifications
- Bend Radius: As tight as 1mm depending on construction
- Operating Temperature: -65ยฐC to +200ยฐC
- Dielectric Strength: >3000V
- Insulation Resistance: >10ยนยฒ ohms
- Flex Life: 10+ million cycles (application dependent)
Trust our Dynamic Flex Circuits to keep your critical systems connected and operational, no matter how demanding the motion requirements.
