Light-optimized Makrolon® supports first ever thermal wearable
While most wearables monitor body rhythms, Embr Wave is an intelligent bracelet that “hacks” how people feel temperature. Targeted waveforms sent to thermoreceptors enhance the wearer’s overall comfort. For the LED interface, the bracelet’s makers chose Makrolon® for its superior optical performance.
Support the design of a user-friendly LED-based interface
Embr Labs came to us for help in selecting the right material for the light bar on their thermal wearable device. As the primary user interface on the Embr Wave, it was essential that its material delivered the best possible optical performance.
Challenge
Develop a light bar with an optical grade polycarbonate
Embr Labs wanted to use a frosted light pipe with LEDs. The challenge was to select an optical grade of polycarbonate for the light pipe that would support the control function of the user interface.
Solution
UV-stabilized Makrolon® 2407 polycarbonate
Embr Labs chose Makrolon® 2407 polycarbonate, a UV-stabilized grade that offers proven performance for electronics, IT and telecommunications applications. For the Embr Wave, illuminated colors provide a simple, effective way of conveying temperature to users. Diffusers and optical brighteners were compounded into the resin to achieve the desired visual effects.
Why Makrolon® was the right solution for Embr Labs
Optical performance: High level of light transmission.
Strong & robust: Excellent mechanical properties and resistance to impacts.
UV-stabilized: Proven performance for applications in the electronics, IT and telecommunications industry.
Heat-resistant: High thermal stability and flame-retardant properties.
Low viscosity: Good flowability for efficient injection molding.
