You will not be allowed to compare more than 4 products at a time
View comparePi Shaped Maple Teether - Made in USA
Pi Shaped Maple Teether - Made in USA
Hurry! Only left 5 in stock
Share
Couldn't load pickup availability
Estimated delivery: 3-6 days (United States).
Return within 20 days of purchase. Duties & taxes are non-refundable.
Guarantee safe and secure checkout
Description
Description
Brand: Maple Landmark
Our natural teethers are the perfect answer to concerns over toxic chemicals and finishes. This maple teether is in the shape of the mathematical sign for Pi. Measuring 3" long, 3" wide and 3/4" thick. On the teether the numbers representing Pi 3.141592653589793... are engraved on one side. Each is rounded and sanded smooth to the touch and to the mouth and gums. Large enough for babies to get their hands around and small enough to be comfortable in the mouth. The perfect gift for your "geeky" friends' new baby.
Features:
- Made in Vermont from hardwood maple.
- Sanded smooth with no finishes or chemicals added.
- Measures 3" long, 3" wide and 3/4" thick
- To clean: a wipe with warm soapy water and a quick rinse. Do NOT put in dishwasher.
- Ages: Infant +
Product Details:
- Collection: Teethers
- Type: Baby & Toddler Toys
- Color: Light Brown
- Size: 3" x 3" x 3/4"
- Package Quantity: 1
Safety & Compliance
Safety & Compliance
⚠️California Proposition 65 Warning
Some products sold on this website may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.
🛒General Product Safety Advisory
Always read the product label, instructions, and safety warnings before use. Do not use damaged or modified products. Store products in appropriate conditions as specified by the manufacturer.
Keep all products out of reach of children unless specifically designed for their use.
ℹ️Product Authenticity & Notice
All products sold by Toycartusa are 100% authentic, sourced directly from trusted toy suppliers and brands. Product colors and dimensions may vary slightly from images due to screen calibration and manufacturing tolerances.
Reviews
Reviews

