Product specification Thrusting vibrator ARMONY FOR COUPLES Liberty — silicone, tongue-shaped stimulator, multiple vibration settings, purple
Description
The Liberty vibrator from ARMONY FOR COUPLES is a thrusting vibrator with a tongue-shaped stimulator, made from body-safe silicone and durable ABS. Designed for targeted stimulation, it combines thrusting motion, vibration and suction functions to deliver varied sensations. The device is USB-rechargeable and comes in a vibrant purple fuchsia tone.
Advantages
Liberty offers a combination of three vibration patterns, five suction speeds and a thrusting mechanism to create layered stimulation. Its soft, body-safe silicone surface and ABS components ensure hygienic use and easy cleaning. The built-in rechargeable battery with included USB cable eliminates the need for disposable batteries and allows convenient recharging.
Suitable for
- Solo play with targeted clitoral or external stimulation
- Couple play to add combined vibration, suction and thrusting sensations
- Users seeking multiple stimulation modes in one device
Key specifications
- Brand: ARMONY FOR COUPLES
- Model / MPN: D-238217
- EAN: 6973795394002
- Material: Body-safe silicone with ABS components
- Functions: Thrusting mechanism, 3 vibration patterns, 5 suction speeds
- Power: USB rechargeable (USB cable included)
- Color: Purple / fuchsia
How to use
Charge the vibrator fully using the supplied USB cable before first use. Apply a water-based lubricant to the silicone surface if desired for increased comfort. Switch the device on and select the preferred combination of thrusting, vibration pattern and suction speed using the controls. Clean the device after each use with mild soap and warm water or a toy cleaner, and allow it to dry before storage.
Usage recommendations
Use water-based lubricants with silicone toys to avoid material damage. Do not submerge the charging port while charging. Store the vibrator in a dry, cool place away from direct sunlight and separate from other silicone items to prevent material interaction.
