Bendz Remote Control Bendable Prostate Vibrating Massager Black

Bendz Remote Control Bendable Prostate Vibrating Massager offers precise, dual stimulation with a flexible shaft designed to follow your body’s contours. The rippled structure applies balanced pressure while targeting the prostate and perineum independently with controlled vibrations.

Key Features

• Dual motors delivering 6 vibration speeds each for prostate and perineum
• Bendable, rippled shaft adapts to body shape for secure, comfortable insertion
• Firm precision tip focuses pressure directly on the prostate
• Separate perineum stimulator integrated into the base
• Wireless remote control for easy adjustments during use
• Matte black finish with body-safe silicone material

Performance & Experience

The bendable shaft holds firm yet flexes under pressure to conform precisely to internal anatomy, enhancing targeted stimulation. The rippled texture provides varied surface sensation while the firm tip applies focused pressure on the prostate gland. The independent perineum motor delivers distinct vibration patterns, intensifying overall sensation. The weight and balance maintain secure positioning without discomfort.

Use Guidance

Apply water-based lubricant to the shaft before insertion. Insert the massager slowly, adjusting the bendable shaft to match your anatomy. Use the remote to toggle through vibration modes for both prostate and perineum. Clean thoroughly post-use with warm water and mild soap or suitable toy cleaner. Recharge after use to maintain motor power.

Specs

• Material: Body-safe silicone
• Colours: Black
• Total length: 18cm (7in); Insertable length: 12cm (4.7in)
• Dual motors with 6 vibration speeds each
• Weight: approximately 125g (4.4oz)
• Remote control range: up to 10m (33ft)
• Rechargeable battery with USB charging cable included

About Bendz

Bendz specialises in ergonomic, adjustable intimate massagers designed to deliver tailored stimulation through precise control and smart material choices. Their focus is on enhancing physical sensation through functional form and technology integration.