Wearbles
We integrate fashion-forward aesthetics and ultra-compact engineering to unleash the next generation of wearables.
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Common Wearables Challenges
Wearable devices that trap heat, pinch skin, or fail to fit diverse body contours end up abandoned in a drawer. Poorly distributed weight and abrasive materials ruin the user experience regardless of how advanced the underlying technology is.
Packing batteries, flex circuits, and biometric sensors into ultra-compact, water-resistant enclosures frequently leads to ingress leaks or structural flex failure during daily wear and drop impacts.
Overly complex buckles, weak magnetic clasps, or rigid sizing steps make putting on and adjusting the device frustrating for users with varied dexterity or wrist sizes. Poor clasp design increases accidental drop risks during physical activity and damages perceived product quality.
How We Can Help
Contact UsIndustrial Design
Our industrial design team combines human factors, breathable material choices, and refined visual aesthetics into minimal, comfortable forms, ensuring lasting wearability and immediate market appeal. Learn more about our industrial design services here.
Engineering
Our team engineers high-density flex circuits, micro-molding, and IP-rated water seals into minimal form factors, reducing thermal throttling and impact risks early to guarantee field reliability in mass production. Learn more about our engineering services here.
Prototyping
Our prototyping workshop generates 3D prints upfront, verifying biometric sensor placement and physical fit early across real users before committing to final molds. Learn more about our prototyping services here.
Our Clients
Frequent Asked Questions
We analyze extensive ergonomic data across various demographic profiles. By 3D-printing and casting flexible elastomers in-house, we iterate quickly to find physical contours and strap configurations that distribute weight evenly and minimize skin pressure.
Achieving reliable sensor data requires precise mechanical preload against the body without causing discomfort. We integrate flexible structures, precisely designed overmolding, and tailored contact geometries into the industrial design to hold sensors stable during movement.
Miniaturized hardware leaves little room for traditional O-rings. We utilize advanced ultrasonic welding, liquid silicone rubber (LSR) overmolding, and specialized adhesive gaskets engineered specifically for injection-molded enclosures.