JOCK Vibrating Double Tunnel Intimate Machine Black Rechargeable

Experience advanced personal care technology with the JOCK Vibrating Double Tunnel Intimate Machine in Black.Designed for modern comfort and convenience, this innovative model features a dual-ended, flexible TPE channel system with two distinct internal textures: stimulating nubs on one side and deep grooves on the other. This ensures a tailored and varied experience every time.The integrated vibrating function offers 3 selectable speeds and 7 dynamic pulsation patterns, allowing you to customize your routine. The non-slip silicone outer grip provides excellent control and ergonomic comfort throughout use. This device is fully rechargeable via USB, eliminating the need for disposable batteries, and boasts an IPX7 waterproof rating, making it suitable for use in showers or for easy cleaning.Engineered with a user-friendly through-channel and practical dust caps for both ends, this machine is simple to maintain and store discreetly. The robust case construction ensures durability, while the interior sleeve offers a gentle yet firm texture for optimal performance.Key Features:Dual-ended tunnel with two unique internal textures (nubs & grooves)3 vibration speeds and 7 pulsation patternsNon-slip silicone exterior for secure gripRechargeable battery (USB cable included)IPX7 waterproof – safe for shower and easy cleaningProtective dust caps for hygiene and portabilityEasy-to-clean through-channel designAdvantages:Customizable settings for varied use and comfortDurable and ergonomic constructionDiscreet and portable designNo batteries needed – eco-friendly rechargeable systemQuick and simple maintenanceProduct Specifications:Model: JOCK Vibrating Double Tunnel Intimate MachineColor: BlackMaterial: Medical-grade TPE (sleeve), Silicone (outer)Case length: 12 cm (4.7 in)Case width: 9.4 cm (3.7 in)Insertion length: 10.7 cm (4.2 in)Waterproof rating: IPX7Power: USB rechargeableNote: For optimal experience and to maintain material integrity, use only with water-based lubricants.