At CES 2026 in Las Vegas, Florida-based digital beauty brand iPolish unveiled a revolutionary innovation in wearable tech: smart press-on acrylic nails capable of instantly changing colors. This system allows users to select from more than 400 shades in seconds, eliminating the need for multiple nail polishes or frequent salon visits. Designed with e-ink display technology, similar to that found in e-readers, the nails employ a cruelty-free electrochemical process to shift colors without harmful chemicals, phthalates, or preservatives.
Users choose a shade via a companion iOS or Android app, then insert the nail tip into a compact, rechargeable wand that delivers a brief electric charge, transforming the color immediately. Each nail remains fully functional until natural nail growth requires replacement. The starter kit, priced at $95, includes the wand, hyper glue for secure application, protective top coat, and two sets of nails in short Ballerina and longer Squoval shapes to fit a range of finger sizes and styles. Individual replacement nails retail for $6.50 each. Due to embedded hardware, nails cannot be filed or reshaped, ensuring the system remains durable and consistent.
Live demonstrations at the iPolish booth showcased seamless transitions from deep brown to vibrant reds, blues, and greens, embodying the brand’s “beauty on demand” ethos. The product positions iPolish as a pioneer in digital fashion accessories, merging technology and cosmetics to empower users to match nails with outfits, moods, or special events in real time.
Preorders are available now on the official iPolish website, with full shipping slated for June 2026. The company emphasizes sustainability and modern design, aiming to disrupt traditional nail care by offering a cleaner, mess-free, and tech-driven alternative. Reuters coverage highlights the potential of this innovation to transform the $57 billion global nail industry, signaling a bold step forward in combining beauty, convenience, and wearable technology.
Here’s a video showing the demo in action:
