Self-watering pot with capillary system

Model Overview & Print Notes

🌿 Engineering for Optimal Growth 🌿 I designed these pots with more than just aesthetics in mind: a smart solution to improve plant health 🌼 through a **self-watering system with a bottom reservoir**. The system works by **capillary action and controlled absorption**, where stored water is gradually transferred to the substrate according to the plant's demand, preventing over or under-watering. This allows for more efficient, stable, and autonomous watering 🌱.   Both versions incorporate an internal design that reduces substrate compaction, prevents inefficient surface watering, and promotes healthier growth.   The difference lies in their hydraulic behavior: the **4-channel version** is geared towards higher water supply, achieving rapid and uniform distribution, ideal for plants with high water demand; while the **three-phase version (3 channels with circular holes)** prioritizes humidity control by gradient, preventing saturation and improving root oxygenation, making it ideal for plants sensitive to overwatering 💚. ⚙️ Technical Comparison Feature 4 Channels (Green) Three-phase (Yellow) Water distribution Rapid and uniform Progressive and controlled Humidity level High Moderate / balanced Plant type High water demand Sensitive to overwatering Hole geometry Triangular Circular Focus Maximum supply Control and efficiency ⚙️ Renderings and Cross-sections: 4 Channels 3 Channels Boost Me 🚀 If you liked this design, support me with a Boost and help me continue creating more 🔥 ⚙️ Supports and Post-processing: 🛠️ Supports are generally easy to remove 🌳 Tree supports are used ✂️ In some cases, a tool is recommended for a better finish   ⚠️ Materials: ☀️ Avoid PLA in direct sunlight 🌤️ PLA for indoors/shade 🔥 PETG or ASA for outdoors   ✨ Perfect for those seeking **functionality + design** in 3D printing 💬 Share your results and let's keep optimizing together 🚀  

Print profiles