Svakom Echo 2 App Controlled Flexible Finger Vibrator - Purple

The Svakom Echo 2 App Controlled Flexible Finger Vibrator is a compact external pleasure device built with a stretchy silicone loop that slides effortlessly onto a finger. Its ergonomic curved lay-on design and gentle surface grooves align naturally against erogenous zones, making it suitable for both solo sessions and couples play. Measuring 3.6 inches in length with a 1.6-inch circumference, this small and lightweight toy delivers targeted external stimulation using nimble finger positioning.

Operation relies on a simple button interface alongside the Svakom app, which enables personalized vibration adjustments and remote interaction with a partner. Users can select from 5 distinct vibration modes, each featuring 5 adjustable intensities to fit different preferences. A built-in memory function automatically recalls the last used vibration mode before the device was powered down, letting you return immediately to your preferred setting without cycling through options.

For added comfort during use, the unit integrates a warming function that quickly brings the toy up to normal body temperature. The flexible silicone finger sleeve can also be completely removed, transforming the Echo 2 into a smooth lay-on vibrator for alternative handling. This multi-configuration build provides varied handling methods while maintaining direct access to the device's surface contours.

Power comes from a rechargeable battery system that supplies up to 1 hour of continuous run time on a full charge using the included USB cable. Built for use in wet environments, the body is 100% submersible and waterproof, allowing for straightforward operation in the bath or shower. Transport and storage are managed securely through the inclusion of a practical travel lock and a protective storage bag.

Material composition centers on latex-free and phthalate-free silicone, ensuring safe skin contact across all supported modes. The combination of flexible architecture, app connectivity, and temperature warming creates a distinct functional profile tailored specifically for external targeted stimulation without relying on complex multi-motor setups.