Smithsonian Electronic Crystal Growing 35x23 inch

Name: Smithsonian Electronic Crystal Growing 35x23 inch
Brand: Smithsonian
SKU: MCAB00200JX4M
Price: 29.99 USD
Availability: InStock

Availability

Hurry! Only left 1 in stock

$29.99

$29.99 ~~$32.99~~

SAVE 9%

Shipping calculated at checkout.

Product variants

Estimated delivery: 3-6 days (United States).

Return within 20 days of purchase. Duties & taxes are non-refundable.

Guarantee safe and secure checkout

View full details

Description

Brand: Smithsonian

Product DescriptionIncluded 2 Bags of Chemical, 3 Bottles of Coloring Dye, 1 LED Light Base, 1 Clear Blister Tray, 1 Pair of Goggles, 1 Large Mixing Stick, 1 Small Mixing Stick, 1 Bag of Granite Stones, 1 Magnifying Glass, and Color Poster with instructionsFrom the ManufacturerGrow your own amazing large crystals, crystal clusters and crystal geodes. Grow "golden citrine", "emerald" green and "aquamarine" blue. Cool LED base with detailed instructions included.

Features:

Electronic Base Makes your crystals change colors
Grow 10 Amazing Crystals
Learn about Crystalline Habitats and Crystal Structures
Includes 35" x 23" 9 89 cm x 57 cm) Colored Poster
S.T.E.M- Science, Technology, Engineering, and Math

Product Details:

Color: Electronic Crystal Growing
Size: 35x23 inch
Model: 49010
Package Quantity: 1

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.