Wearable devices—smartwatches, fitness trackers, hearables, and medical monitoring wearables—impose some of the most demanding material and manufacturing requirements in the consumer products sector. Structural components must be simultaneously lightweight, strong enough to withstand impact and fatigue in active-use conditions, corrosion-resistant against perspiration and environmental exposure, and dimensionally precise enough to support premium fit and finish.

Our wearable device extrusion solutions are primarily based on 6013 and 7N03 alloys, which offer significantly higher strength than standard 6063 while maintaining processability suitable for the small, complex cross-sections typical of wearable housings and bands. Tensile strength ≥350 MPa and yield strength ≥250 MPa are achievable, meeting the structural requirements for load-bearing frames in smartwatch cases and activity monitor housings.

Biocompatibility and skin-contact safety are addressed through appropriate anodizing and coating specifications, ensuring that surface treatments remain stable under long-term skin contact conditions. For products incorporating wireless communication, our engineering team assists in profile geometry optimization to minimize interference with antenna performance. Thermal management within compact wearable enclosures is also addressed through profile design that facilitates passive heat dissipation.

We support miniaturized profile cross-sections with wall thicknesses as low as 0.6 mm and tolerances to ISO 286 precision grades. Sampling and production timelines are aligned with the rapid iteration cycles typical of wearable product development.