Superstar Glass Wand
Product Description An absolutely gorgeous probe shaped to inspire spectacular results, regardless of how its thick sinfully smooth shape is taken advantage of, ns novelties luxurious Crystal Superstar Wand is perfectly suited to a wide array of versatile stimulation pursuits. Formed into a smooth series of seductive swells, the Superstar's smallest point is positioned thoughtfully at the tip, it's slimmed down into a manageable bulb that gently stretches and stimulates chosen areas. Two more slick bumps follow- the widest leads the way to a large rosy pink star-shaped base that fits easily in hand for perfect control. Glass toys, thanks to many amazingly pleasurable, completely body safe properties, offer a long list of benefits that trump other materials in the industry; the slick, smooth texture, and pleasurable weighty feel is only a start. Safety is high on most toy users' list of priorities, and glass is one of the most body friendly materials available. It's phthalate free, non-toxic, hypoallergenic, and the hard, non-porous surface means that bacteria has nowhere to hide. The SuperStar can be easily cleaned and even sterilized, wash after each use with soap and water, or pop it in a pot of boiling water for a few minutes. You can also safely put this massager through the dishwasher to clean, if you prefer. Safety and hygiene aside, glass feels unbelievably good, it's highly receptive to temperature, allowing it to warm naturally to body temperature with use. Increase the warm or cool sensations by soaking in heated or chilled water before use if more dramatic temperature play is desired- the glass will hold the temperature for an impressively long time. Completely compatible with all types of lubes, lotions and oils, a little will go a long way thanks to the nonporous surface. Simply avoid abrasive cleaners and store carefully to keep the Superstar dildo safe and functional over a lifetime. Display case included.
Materials: Glass Special Features: Hypoallergenic, Phthalate-Free, Smooth Surface