Tilted Bottle Holder for Mama Aua Bottles – Viscous Liquid Drain Stand STL

Model Overview & Print Notes

 # 🍼 **Tilted Bottle Holder for Mama Aua Bottles** > ✅ **A practical 3D printable stand that keeps compatible Mama Aua bottles tilted toward the outlet, helping viscous contents collect where they can be dispensed more easily.** Make better use of the remaining contents inside your **Mama Aua bottle**. This fitted holder stores the bottle at a downward angle so thick liquid gradually moves toward the outlet instead of remaining distributed across the container. The result is a simple everyday organizer that keeps the bottle stable, accessible, and ready for the next use—especially when the fill level becomes low. --- ## 📋 **Quick Specs** | | | |---|---| | 🧴 **Compatibility** | **Mama Aua Bottles** | | 📐 **Design** | **Angled Bottle Stand** | | 💧 **Purpose** | **Collects Viscous Contents Near the Outlet** | | 🏠 **Placement** | **Freestanding Tabletop Holder** | | 🧩 **Construction** | **Single Printed Part** | | 📂 **Included** | **1 STL File** | --- ## ⭐ **Features** ✔ Designed specifically around the Mama Aua bottle shape ✔ Holds the bottle securely in a tilted position ✔ Encourages thick contents to move toward the outlet ✔ Particularly useful when the bottle is nearly empty ✔ Keeps the bottle organized and readily accessible ✔ Compact single-part construction ✔ Lightweight and easy to relocate ✔ Suitable for bathrooms, changing areas, cabinets, and household storage --- ## 💧 **How the Angled Design Helps** Thick liquids move more slowly than water and can remain along the walls of a container. By storing the bottle at a downward angle, gravity gradually directs the remaining contents toward the outlet. This can make dispensing easier and help reduce the amount left behind inside the bottle. The holder does not pump, squeeze, or modify the bottle—it simply maintains a useful storage position. --- ## 🔧 **Simple Everyday Use** 1. Place the printed holder on a stable, level surface. 2. Close the bottle securely. 3. Insert the compatible Mama Aua bottle into the fitted holder. 4. Position it so the contents can collect toward the outlet. 5. Remove the bottle from the holder before dispensing. Check that the bottle is correctly seated and cannot fall from the selected surface. --- ## 🧼 **Practical Household Organization** The compact stand is suitable for areas where the bottle is used regularly, including: - Bathroom shelves - Changing areas - Storage cabinets - Family-care stations - Bedside storage - Household organizer trays Choose a color that matches the bottle, room, or existing organizer system. --- ## 📦 **Package Includes** ✔ Tilted Holder for Mama Aua Bottle ✔ **Mama Aua.stl** ✔ **1 STL File** > ⚠ **Bottle, liquid, cap, medication, skincare products, decorations, and physical printed parts are not included. This holder is an organizer and is not a child-resistant closure or safety device. Keep the bottle and its contents stored according to the manufacturer's instructions and out of children's reach where required. Always close the bottle securely before placing it into the holder.** --- ## ❤️ **Why You'll Love It** This simple holder solves a common problem without modifying the original bottle. It keeps thick contents near the outlet, creates a designated storage position, and makes the bottle easier to find when needed. --- ## 🏠 **Explore More by The Rocket Scientist** Discover more **3D printable household helpers**, **organizers**, **functional accessories**, and **everyday problem-solving designs**. 👉 [Explore the Home & Living Collection](https://cults3d.com/en/design-collections/-The-Rocket-Scientist-/home-3d-printable-living-accessories-the-rocket-scientist) --- ## ❤️ **Support Future Designs** Enjoyed this design? Support future projects and upcoming **3D printable accessories** here: 🚀 [Support The Rocket Scientist via PayPal](https://www.paypal.com/paypalme/TheR0cketScientist) Thank you for supporting independent design! --- ## 🌐 **Follow The Rocket Scientist** 📸 [Follow The Rocket Scientist on Instagram](https://www.instagram.com/_the_rocket_scientist_/) 📘 [Follow The Rocket Scientist on Facebook](https://www.facebook.com/people/The-Rocket-Scientist/100063820071657/) --- # ***Because Every Day Is RCing Day!***  ## 3D Printing Settings ## 🖨️ Recommended 3D Printing Settings These settings are general recommendations for RC scale parts and functional 3D printed details. Please adjust them to your own printer, slicer, filament and preferred surface quality. --- ## 🔧 Basic Settings - **Nozzle size:** 0.4 mm recommended - **Layer height:** 0.16 - 0.20 mm - **Infill:** 20 - 40 % - **Wall loops / perimeters:** 3 or more - **Top / bottom layers:** 4 - 5 - **Print speed:** 40 - 60 mm/s - **First layer speed:** 20 - 30 mm/s For small details, slower print speeds and lower layer heights can improve the final result. --- ## 🧱 Material Recommendation ### PLA Good for display parts, scale details and visual upgrades. - **Nozzle:** 190 - 220 °C - **Bed:** 50 - 60 °C - **Cooling:** 100 % ### PETG Recommended for parts that need more toughness and temperature resistance. - **Nozzle:** 220 - 250 °C - **Bed:** 70 - 85 °C - **Cooling:** 30 - 50 % ### ABS / ASA Useful for more durable RC parts, especially when higher heat resistance is needed. - **Nozzle:** 230 - 260 °C - **Bed:** 90 - 110 °C - **Cooling:** low or off - **Enclosure:** recommended ### TPU Useful for flexible parts or impact-resistant details. - **Nozzle:** 210 - 240 °C - **Bed:** 40 - 60 °C - **Cooling:** 50 - 100 % - **Print speed:** slow --- ## ✅ Tips for RC Parts - Use at least **3 wall loops** for stronger parts. - For functional parts, wall thickness is often more important than high infill. - Check the orientation before printing to improve strength. - Use supports only where necessary. - Test fit the parts before final assembly. - Sanding, priming or painting can improve the final scale look. --- These values are starting points. Final settings may vary depending on your printer, slicer and filament brand.

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