🛠️ Print Settings

To prevent leaks, this model is designed with a 3‑layer wall structure and 15% infill.

• Recommended Materials: PETG (offering a balance of strength and water resistance), ASA (better suited for long‑term outdoor use)
• ❌ Strongly Discouraged: PLA (poor water resistance, prone to degradation over time, unsuitable for prolonged exposure to water or humid environments)

🌿 Functional Overview

• Primary Function: This tray collects excess water and soil runoff from flower pots, protecting tabletops and floors from water stains and dirt while keeping the surrounding environment clean and tidy.
• Special Features: · Eliminates Root Rot: The physical barrier ensures efficient drainage, preventing flower pots from sitting in standing water—a key advantage that significantly reduces the risk of root rot.
                     · Improves Root Aeration: By keeping the pot elevated above the water, the bottom vents remain unobstructed, allowing for better air circulation—ideal for root systems that thrive in well‑ventilated conditions.
                     · Keeps Pots Clean: With the pot base kept dry and free from direct contact with dirty water, the underside of the pot is less likely to develop mold, moss, or algae due to prolonged moisture.
                     · Enhances Evaporative Humidity: By exposing the accumulated water directly to the air, this design promotes faster evaporation compared to traditional saucers, helping to increase localized humidity around your plants.
• Best Suited For: Succulents & Cacti, Orchids & Other Plants with Fleshy Roots, as well as Woody Plants and Fruit & Vegetable Crops (e.g., Tomatoes, Peppers, Roses, Blueberries).

⚠️ Usage Notes

The core function of this tray is drainage and aeration, so it does not offer the “water retention and moisture preservation” feature found in conventional plant saucers. During hot summer months, it cannot retain water to keep the soil consistently moist like traditional trays; instead, you’ll need to monitor your watering schedule more closely to avoid drought.

💬 Feedback & Support

If you notice any shortcomings in the model or have suggestions for improvement, feel free to leave a comment or send me a private message—I’ll promptly update and optimize the design based on your feedback.