Product specification Dildo EPIC Galatea Lunar Glow D-243351 — glow-in-the-dark ergonomic shape
Description
EPIC Galatea Lunar Glow D-243351 is a glow-in-the-dark dildo with an ergonomic shape designed for comfortable, precise stimulation. The luminous finish improves visibility in low light while the contoured profile supports natural insertion and targeted contact. With total length 185 mm and insertable length 175 mm, Galatea combines a balanced size and rounded contours for predictable handling and reliable stimulation.
Advantages
Galatea features an ergonomic design and a luminous surface that charges under light and glows in the dark. Its contoured shaft and varying thicknesses deliver focused stimulation while maintaining comfortable grip and control. Constructed to match the dimensions listed, the toy is suitable for standalone use or as part of a collection where a glow-in-the-dark option is desired.
Suitable for
- Personal solo play requiring ergonomic shape and defined contours
- Couples play where a glow-in-the-dark toy adds novelty
- Collectors seeking themed or visually distinctive dildos
Key specifications
- Total length: 185 mm
- Insertable length: 175 mm
- Upper thickness: 45 mm
- Lower thickness: 67 mm
- Grip width: 78 mm
- Model / MPN: D-243351
- EAN: 8435565957070
How to use
Before first use, clean the dildo according to the manufacturer’s instructions. Charge the surface under a bright light to activate the glow effect. Apply a compatible lubricant to the insertable area, insert gradually to the preferred depth and angle, and use natural movements to find preferred contact points. After use, wash with warm water and mild soap or a toy cleaner, dry thoroughly and store in a clean, dry place.
Usage recommendations
Use water-based lubricants with silicone-based products unless the manufacturer states compatibility with silicone lubricants. Check the toy periodically for signs of wear and replace if any damage appears. Keep away from direct heat sources and store separately from other silicone items to avoid surface reactions.
