Description

Bring a piece of nature indoors with this 7.5” Round Biolark Bio Terrarium, a fully assembled, self-sustaining ecosystem that requires minimal care. Handmade with care, it features living moss and plants enclosed in a beautiful round glass terrarium, creating a serene indoor botanical display perfect for your home or office.

The terrarium comes with a 3W LED lid, providing gentle illumination that highlights the lush greenery and creates a cozy ambiance. Its fully assembled design means it’s ready to display right out of the box — no setup required.

This terrarium is ideal for those who love low-maintenance indoor plants, eco-friendly décor, or a touch of natural Zen-inspired design in their space. Perfect for desks, shelves, coffee tables, or as a living centerpiece.

✨ What’s Included

✔1 × 7.5″ biolark glass terrarium (with grow light lid)

✔Live moss and natural terrarium elements

✔Pre-assembled and ready to display

✔ Care Instructions

✨(Each terrarium is handmade, so slight natural variations make every piece unique.)✨

🌱 Care Instructions

✔Bright, indirect light

✔Light watering or misting use filtered or distilled water.

✔Low-maintenance — great for beginners

✔Indoor use only

✔This terrarium creates its own small ecosystem, making it a relaxing and rewarding plant to own.

🎁 Perfect For

✔Plant lovers & nature enthusiasts

✔Housewarming or birthday gifts

✔Office or desk décor

✔Minimalist or boho home décor

✔Eco-friendly, living gifts

📏 Size

✔Glass terrarium dimensions: h:7.5″inches d: 6 inches

✔Compact enough for desks and shelves, yet large enough to make a statement

🚚 Shipping & Packaging

✔Free shipping

✔Securely packaged to arrive safely

✔Shipped ready to enjoy right out of the box

✔Carefully packaged for safe shipping

🌿 Why You’ll Love It

✔ Handmade & one-of-a-kind

✔ Live, natural elements

✔ Easy care & long-lasting

✔ Beautiful gift-ready décor

note: Lifestyle images may include AI-generated or digitally styled backgrounds for visual inspiration. The actual product remains exactly as shown.