Haakaa Silicone Teething Toy - Nipple End for Gum Massage, 360-degree Brush for Self-Training - Steel Blue

Gentle silicone teething toy for soothing moments

The Haakaa teething toy combines a playful twin flower shape with a nipple-shaped end, inviting baby to explore textures and sensations. The silicone surface is soft to touch and resilient, catching the light as little fingers explore. The 360° bristles surround the gums, encouraging multi-directional contact that feels comforting during the teething journey. Crafted from 100% food-grade silicone, this toy is built to last and designed to be gentle on sensitive mouths, helping parents feel confident during everyday play.

The two ends offer different sensations: the nipple-like tip provides gentle pressure for comfort, while the full ring of bristles offers a broader gum massage. This dual-ended approach creates a simple, tactile routine that can be integrated into quiet play, bath time, or travel moments. The material is non-toxic, and the flexible design reduces the risk of sharp edges, making it suitable for curious chewers who are just learning to explore with their hands and mouths.

Smart design for tiny hands and busy households

• Ergonomic grip helps little fingers hold on securely, supporting early motor skills development.
• Compact size makes it easy to carry in a bag for quick teething relief on the go.
• Lightweight construction keeps it maneuverable as babies practice self-feeding and brushing tasks.

Simple care, safe play

• Dishwasher safe and easy to wash by hand, saving busy parents time.
• Can be sterilized by boiling or steaming to support hygiene routines.
• Durable, flexible silicone resists daily wear while staying gentle on gums.

Whether you’re starting teething routines or reinforcing self-care habits, this Haakaa teether offers a tangible, non-prescriptive option that can fit into your family’s rhythms. Use it as a comforting companion during car rides, quiet naps, or bath time, and observe how your baby explores texture and action at their own pace.