Product specification Dildo EPIC TIRYON Green Flash D-243353 — realistic design, body-safe materials
Description
Enter a unique sensory experience with Tiryon, the Green Flash dildo from EPIC CYBERSILICOCK. EPIC Dildo TIRYON Green Flash (D-243353) is a realistically shaped dildo made from body-safe materials for comfortable intimate use. Designed for solo play or with a partner, it offers a lifelike form and ergonomic proportions to enhance stimulation. Compact and easy to clean, Tiryon suits various positions and preferences and combines a fantasy-inspired aesthetic with practical dimensions.
Advantages
Tiryon features a balanced ergonomic shape and high-quality finish that provide comfortable handling and precise stimulation. Made from body-safe materials, it is suitable for repeated intimate use and is easy to maintain. Its distinctive color and refined contours offer a combination of visual appeal and functional design without compromising on safety.
Suitable for
- Solo stimulation
- Couple play and partner use
- Users seeking a realistic-shaped dildo with ergonomic grip
- Travel or compact storage thanks to its moderate size
Key specifications
- Model: EPIC TIRYON Green Flash (D-243353)
- Total height: 215 mm
- Insertable length: 182 mm
- Top thickness: 36 mm
- Bottom thickness: 55 mm
- Grip width: 98 mm
- Material: body-safe silicone (as per product category)
- EAN: 8435565957094
How to use
Before first use, wash the dildo with warm water and a mild, toy-safe cleanser. Apply a compatible lubricant (water-based recommended) to the insertable area and proceed with gradual insertion using a comfortable angle. Adjust speed and depth according to personal preference. After use, clean thoroughly with warm water and toy cleaner, dry and store in a cool, dry place away from direct sunlight.
Usage recommendations
Use only water-based lubricants to preserve the silicone surface. Inspect the product before each use for damage; do not use if the surface is compromised. Store separately from other silicone toys to avoid material interaction.
