Biolac Latex Micro Teats are specialized feeding tools designed for the delicate task of hand-rearing very small or young orphaned animals. These precision-engineered teats come in various sizes to cater to a range of tiny creatures.
Key Features and Benefits:
1. designed for slow feeding to prevent aspiration
2. Soft Latex Material: Gentle on delicate mouths and encourages natural suckling behavior
3. Multiple Sizes: Allows for selection of the most appropriate teat for each animal's needs
4. Compatible: Fits securely on small syringes and specialized feeding bottles
5. Durable: Withstands regular use and sterilization
6. Easy to Clean: Can be thoroughly sanitized between feedings
Suitable for:
• Microbats
• Pygmy possums
• Tiny marsupials (e.g., planigales, dunnarts)
• Small rodents
• Nestling birds
• Other miniature wildlife species
Usage Guide:
1. Choose the appropriate size based on the animal's species and age
2. Sterilize before first use and between feedings
3. Attach securely to a small syringe or specialized feeding bottle
4. Fill with properly prepared milk formula appropriate for the species
5. Allow the animal to suckle at its own pace, never force-feed
6. Clean thoroughly after each use
Benefits of Using Micro Teats:
• Prevents overfeeding and aspiration in very small animals
• Mimics natural feeding behavior, promoting proper development
• Allows for precise control of milk flow, crucial for delicate species
• Reduces stress on the animal during feeding
• Enables accurate measurement of milk intake for monitoring health and growth
Biolac Latex Micro Teats are an essential tool for wildlife carers, zoos, and animal rescue organizations dealing with minute or young orphaned animals. When used in conjunction with appropriate milk replacers and under expert guidance, these teats provide the best possible feeding solution for some of our smallest and most vulnerable wildlife.
Always consult with a veterinarian or experienced wildlife carer for specific advice on feeding techniques and schedules for different species.