Satisfyer Men Heat Vibration – Heating Vibration Masturbator

The Satisfyer Men Heat Vibration is a vibrating masturbation sleeve engineered for consistent stimulation through integrated warmth and tactile vibration. A body-friendly silicone interior channel works alongside a built-in heating element that reaches temperatures of up to 40 °C (104 °F). Twelve vibration programs operate within a compact ABS plastic exterior, controlled by a single power button and paired adjustment keys designed for straightforward one-handed operation.

A generously proportioned entry port accommodates use while flaccid, allowing gradual insertion without requiring full erection. The device meets IPX6 waterproof standards, permitting safe use under running water or in the shower. Its purple housing measures 140 mm in height, 82 mm in length, and 80 mm across the breadth, weighing 305 g in total. Operation requires three AAA batteries, which are not included.

To begin, apply a small amount of water-based lubricant inside the tunnel and distribute it evenly before placement. Adjust the speed and rhythm during use, allowing the internal motor to deliver targeted stimulation through the selectable motion sequences. Allow the heating component to reach the desired temperature over two to five minutes, testing the warmth against the forearm or hand before proceeding. Deactivate the heating function immediately if the temperature exceeds comfort levels. After use, rinse the interior and exterior with lukewarm water and mild soap, or apply a dedicated adult toy cleaner to preserve the silicone finish.

Product Specifications

• Construction: Silicone interior channel, ABS plastic outer shell
• Vibration programs: 12 distinct settings
• Water resistance: IPX6 rated
• Power requirements: Three AAA batteries (excluded)
• Control interface: Central power button flanked by upward and downward adjustment keys
• Dimensions: 140 mm height × 82 mm length × 80 mm breadth
• Weight: 305 g
• Maintenance: Clean with lukewarm water and mild soap; air dry completely before storage