ANOS Flexible Silicone Beads with Dual Motor & Jumping Vibration, 21 cm

ANOS Flexible Silicone Beads – Dual Motor, Jumping Vibration Technology

Discover advanced design and cutting-edge technology with the ANOS Flexible Silicone Beads, engineered to deliver a new level of comfort and versatility. Crafted from silky-smooth silicone, this model features four anatomically shaped beads connected by a highly flexible shaft, ensuring a secure and adaptable fit.

Equipped with two powerful motors, the system provides 10 distinct vibration modes, easily controlled by a single intuitive button. A unique ‘jumping vibration’ mode allows the impulses to move smoothly from one bead to the next, creating a dynamic and engaging effect. The ergonomic ring-shaped handle offers both safety and precise control for guided use and effortless removal.

The ANOS Flexible Beads are fully rechargeable via the included USB cable, supporting eco-friendly operation without the need for disposable batteries. Their robust design with a wide safety base ensures confidence and comfort, whether used solo or with a partner.

Key Features:

• 4 anatomically formed, grooved beads for progressive use
• Dual motor system with 10 powerful vibration modes
• Innovative ‘jumping vibration’ for dynamic stimulation
• Highly flexible shaft for optimal adaptation
• Silky-smooth, body-safe silicone material
• Wide ring-shaped handle for safety and easy handling
• Fully rechargeable with USB cable (included)

Advantages:

• Easy-to-use single-button control
• Secure design with wide stopper
• Ergonomic handle for safe operation
• Ideal for both solo and shared experiences
• Water-resistant and easy to clean

Product Specifications:

• Total length: 21.1 cm
• Insertion length: 15.8 cm
• Maximum diameter of bead: 2.6 cm
• Minimum diameter of tapered part: 1.1 cm
• Weight: 93 g
• Material: Medical-grade silicone

Upgrade your collection with the ANOS Flexible Silicone Beads featuring innovative vibration technology and ergonomic design for maximum comfort and versatility.