SVibe Snail Gizi Pro Vibrator Grapo

SVibe Snail Gizi Pro Vibrator Grapo is a wearable, body-safe silicone vibrator engineered to deliver stable, triple-zone stimulation with a secure ergonomic fit that maintains consistent contact throughout use. Designed for comfort and precision, this advanced device provides simultaneous stimulation for the clitoral, vaginal, and anal areas in one streamlined form.

Built on an award-winning design platform, the SVibe Snail Gizi Pro Vibrator Grapo features three powerful motors. The clitoral motor operates independently, while the internal motors work together to create balanced, blended sensations. Instead of relying on thrusting motion, the ergonomic shape is designed to stay in place and maintain consistent alignment for reliable performance.

Crafted from medical-grade body-safe silicone, the surface is smooth, non-porous, and easy to clean. The device is fully waterproof for convenient cleaning and versatile use, and the magnetic charging system offers simple, cable-free recharging. With multiple speeds and modes providing over 600 combinations, users can customize intensity and patterns to suit their preferences.

Key Features

• Wearable ergonomic design for stable positioning

• Triple-zone stimulation with 3 independent motors

• 5 speeds and 5 modes with 600+ combinations

• Medical-grade body-safe silicone construction

• Fully waterproof and easy to clean

• Quiet operation under 40 dB

• Magnetic rechargeable system

Specifications

• Material: Medical-grade silicone

• Motors: 3 (clitoral independent, internal paired)

• Insertable Length: Vaginal up to 120 mm (4.7 in); Anal up to 110 mm (4.3 in)

• Noise Level: <40 dB

• Charging Time: Approx. 2 hours

• Usage Time: Up to 1 hour (mode dependent)

• Battery: Rechargeable Li-ion

Included

• SVibe Snail Gizi Pro device

• Protective case

• Magnetic charging cable

• Instruction manual

The SVibe Snail Gizi Pro Vibrator Grapo offers a refined combination of stability, multi-zone stimulation, and body-safe construction in a modern, wearable design.