Snuggle Me Organic - Organic Infant Lounger - Natural
- CAD 149.99
- Brand: Snuggle Me Organic
- Product Code:L2202
- Availability:In Stock
THE NEXT BEST THING TO BEING HELD IN YOUR ARMS The Snuggle Me® Lounger is a unique lounging pad designed to hug your baby's full body. This snuggling sensation is highly effective at calming and comforting your baby when you ..
- Delivery (2 to 5 days)
- Only $5 for orders less than $50
- (514) 899-1110
THE NEXT BEST THING TO BEING HELD IN YOUR ARMS The Snuggle Me® Lounger is a unique lounging pad designed to hug your baby's full body. This snuggling sensation is highly effective at calming and comforting your baby when you need extra support.
ORGANIC, SUSTAINABLE & ETHICALLY MADE We are in love with the idea and quality of organic, USA-made baby items. We entrust local, Minnesota seamstresses and fillers with the crafting of each Snuggle Me® Lounger. Made with GOTS certified organic, non-toxic, breathable, and hypoallergenic fabrics. Filled with polyester fiber fill for a fully machine washable lounger. We have made sure that none of our products contain: Flame Retardants, Ethylene Glycol, BPA's, Phthalates or Lead.
SAFETY IS OUR #1 PRIORITY As inventors of the original baby lounger, we are leaders in our category for safety. As recommended by the AAP, never use any baby lounger as a sleep device. Never use any baby lounger unsupervised. Use the Snuggle me® Lounger for supervised lounging, tummy time or as a changing pad.
BEST BABY GIFT FOR NEW MOTHERS When you can't be there, you can still send the reassuring support of a Snuggle Me®. Our baby lounger blends seamlessly into any home as a non-intrusive support aid, ready and waiting to give an extra hand.
- Ages 0–9 months
- 29" x 17" x 4"
- 5 lb.
- 100% organic cotton with 100% polyester fiber fill
- Machine wash, tumble dry
- Made in the USA
- Global Organic Textile Standard certified. GOTS is one of the strictest certifications for organic materials on the market today and includes rigid controls of, among other things, chemical use and working conditions