Delice Dahlia Rechargeable Massager

Description

Delice Dahlia Rechargeable Massager

The Delice Dahlia rechargeable massager offers targeted, soft, and elegant stimulation. Thanks to its rotating pearl, it mimics movements inspired by oral pleasure. As a result, it helps you explore different sensations while staying in full control.

5 Rotation Modes for More Variety

First, Delice Dahlia offers 5 rotation modes. Each mode creates a different rhythm to stimulate the desired area with precision. Then, the rotating pearl glides gently over the skin and creates a smooth, gradual, and pleasant feeling.

In addition, the textured ridges add a more complete sensation. Therefore, this massager is a great choice for anyone looking for a refined, easy-to-use toy designed for focused pleasure.

Soft Silicone, Easy Grip, and Simple Recharge

The Delice Dahlia rechargeable massager is made from Puria® soft silicone with an UltraSilk® satin-smooth finish. Its smooth texture feels gentle against the skin. Moreover, its sleek handheld design gives you a comfortable grip and easy control during use.

Thanks to Magna Charge® technology, it recharges easily. Its rechargeable battery offers up to 60 minutes of runtime. In addition, the splashproof design makes cleaning simpler. However, it should not be treated as a fully submersible toy.

For better comfort, use a water-based lubricant suitable for silicone toys. After each use, always clean your accessory with a proper sex toy cleaner. Finally, let it dry completely before storage. Length 6 inch.

FAQ – Delice Dahlia Rechargeable Massager

How many modes does Delice Dahlia have?
It offers 5 rotation modes to vary the sensations.

Is Delice Dahlia rechargeable?
Yes. It has a rechargeable lithium-ion polymer battery with up to 60 minutes of runtime.

Is it waterproof?
It is splashproof. However, it is not listed as fully submersible.

Which lubricant should I use with this massager?
Use a water-based lubricant suitable for silicone toys and always check the manufacturer’s directions.