Segmented domains, fold lines, and adhesive layers let light strips ship flat, install easily, and adjust beam direction with added rigidity.
Thermocompression with a conductive thermoplastic housing bonds and seals textile-mounted electronics without damaging heat-sensitive fabric.
Segmented flexible PCB protrusions with alignment marks improve display pad bonding precision despite process error and thermal expansion.
A recessed rigid insulating layer at the flex-rigid boundary lowers bending stress and crack risk without sacrificing PCB component area.
Tapered photomask tips and overlapping exposure regions keep flexible wiring continuous, avoiding steps and stress concentration during bending.
Flexible PCB sensor arrays laminated on soft actuators improve heart-chamber conformability and near-field mapping accuracy.
A protrusion in the bent multilayer substrate reinforces bend rigidity while stabilizing conductor spacing to reduce noise, signal loss, and wiring fatigue.
Segmented via regions in an interlayer sheet keep stretchable wiring electrodes aligned and connected during stretching and contraction.
A recessed groove around the PCB contact pad lets soldered sections flex under thermal expansion, reducing crack risk and extending service life.
Separated insulating regions and bent connection patterns improve image sensor heat dissipation, mobility, and electrical reliability.
A layered smart card PCB pre-package levels non-planar components and resists lamination deformation for robust ISO-compliant insertion.
Dynamic adhesion reduction holds serpentine circuits during cutting, then strips cleanly to improve yield and reduce printed circuit thickness.
Liquid-metal traces and vias in multilayer flexible circuits maintain conductivity under strain and temperature while reducing stiffness and fabrication time.
A hot-melt adhesive film protects printed traces, reinforces SMD bonded joints, and adds waterproof attachment in one curing step.
A thermal adhesive film reinforces printed traces and SMD joints in one lamination step, improving flexible interconnect reliability and water resistance.
Separated support layers with different thicknesses and materials reinforce a foldable display while preserving hinge flexibility and function.