Press, Awards, and Recognition

Nanobébé has been featured on many websites and news articles over the years. Below are some of the features, awards, and shout-outs Nanobébé has received. For the most important recognition of all, view our Customer Testimonials page to read their reviews.

Nanobébé in the News

• CNN: "A tired dad and his hungry infant led to a radical new baby bottle"
• Time: "Best Inventions 2018" 
• Business Insider: "The $11 Nanobébé bottle may be the smartest baby bottle ever made — here's why parents like me love it" 
• Fast Company: "The year’s most innovative designs in health and wellness" 
• Buzzfeed: "37 Products Every New Parent Should Probably Own"
• Don't Waste Your Money: "The Best Baby Bottle - 2022"
• Honest Brand Reviews: "Nanobébé Review"

Pregnancy & Parenting Sites

• Motherly: "This celeb-loved baby bottle sold out in 3 days—but you can buy it right now"
• The Bump: 
• "12 Best Baby Bottles to Make Feeding Time a Breeze" 
• "The 2021 Best of Baby Awards: Best Pacifier"
• Parents: 
• "Parents Best for Baby Awards 2023: Best Silicone Baby Bottle"
• "Parents Magazine Unveils The Top Baby Products For 2020 In Annual Best For Baby Awards" 
• BabyCenter: "Best gifts for new dads"
• Babylist: "Nanobébé Makes Bottle-Feeding Smarter for Breastfed Babies" 
• Popsugar: "The 10 Best Bottles For Breastfed Babies" 
• Fatherly: "The Best Baby Bottles for Breastfed Infants" 
• Pregnancy and Newborn: "Review of the Nanobébé Starter Set" 
• GuGu Guru: 
• "Add to Registry: Best Silicone Baby Bottle" 
• "Product Discovery: Nanobébé Bottles" 
• "5 products that have parents talking about Nanobébé" 
• Scary Mommy: 
• "The 6 Best Slow Flow Bottles, According to a Doctor"
• "We've Found The Perfect Bundle Of Baby Essentials To Gift Any Expecting Parent" 
• "This Bottle Is Designed For Your Husband To Help With Breastfeeding (Seriously)" 
• "This New Bottle Will Have You Feeding Your Baby Like a BOSS" 

The Science Behind the Nanobébé Breastmilk Bottle

• National Institute of Health: "Human Milk Warming Temperatures Using a Simulation of Currently Available Storage and Warming Methods"