- PUMP DIRECTLY INTO YOUR BABY BOTTLES – Breastfeeding and pumping can be a time consuming task and as a mother you have things to do. Evenflo Feeding’s Wide Neck Breast Pump Adapters allow you to pump directly into the bottle saving time and energy. The adapters work with most standard neck breast pumps and pumping directly in your Wide Neck Baby Bottles help make pumping sessions quicker and easier.
- COMPATIBILITY – Designed to work with Evenflo Balance + Wide Neck Bottles, as well as most standard neck pumps for convenience and ease of use.
- EASY TO USE – These breast pump parts attach in two simples steps, making set up a breeze. 1) screw the Evenflo Pump Adapter into your pump flange base, and 2) attach your Balance + Wide Neck Bottle to the base of the adapter.
- LESS SPILLS – The Balance + Wide Neck Breast Pump Adapter’s fit and ease of use helps reduce the chance of spilling or losing breast milk during the transfer process.
- BPA FREE – You’re committed to your child’s safety and so is Evenflo Feeding. Their breast pump adapters are 100% free of BPA, polycarbonates, PVC, and phthalates, and are constructed of FDA approved food grade materials.
Evenflo understands that both your time and your breastmilk are precious commodities. Save both by pumping directly into your Wide Neck Bottles! The Evenflo Balance + Wide Neck Pump Adapter allows you to convert most standard neck pumps easily so you can pump directly into your Balance + Wide Neck Bottles, saving time and wasted milk from bottle transfer. Be ready to pump in just 2 easy steps: 1) screw the Evenflo Pump Adapter into your pump flange base, and 2) attach your Balance + bottle to the base of the adapter. The Evenflo Pump Adapter is designed to work with the Evenflo Balance + Wide Neck Bottles, which were created with a unique and intentional nipple shape to support healthy bottle feeding without interfering with mom’s personal breastfeeding journey. The adapters are free of BPA, polycarbonates, PVC and phthalates, and made of FDA approved food grade material.