Muovi

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<h3>Druckprofil:</h3><ul><li>Schichthöhe: Standard 0,2 mm mit adaptiver Schichthöhe für eine optimale, runde Form.</li><li>Füllung: 15–20 % (optional, für Stabilität).</li><li>Stützstrukturen: Nicht erforderlich.</li><li>Oberflächen: Glatt, für eine saubere Kugelform.</li></ul>Das Modell wurde speziell entwickelt, um mit Standard-PLA oder ähnlichen Materialien problemlos gedruckt zu werden.

<h3>Print Profile:</h3><ul><li>Layer height: Standard 0.2 mm with adaptive layer height for an optimal, round shape.</li><li>Infill: 15–20% (optional, for stability).</li><li>Supports: Not required.</li><li>Surface: Smooth, for a clean sphere shape.</li></ul>The model is specifically designed to be easily printed with standard PLA or similar materials.

0.2mm layer, 6 walls, 15% infill

DJMOJO

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To dislodge the Ice, I sat the mold at room temperature for about 15 minutes when I heard the mold dislodge. You can try to run warm water on the bottom of the mold to help it dislodge but you risk breaking the ball from the shock of temperature change. I prefer to just be patient. I scaled up the original model, added more walls and changed infill settings to support the added volume of the ice balls. I chose to change the seam position to random to avoid having a big seam down the middle of the ice. the random dots all over the model look bad but the seam line looks worse on the ice itself. I think this is a much better compromise. &nbsp;I printed this with .8mm nozzle but since not everyone has the bigger nozzles I also uploaded .6mm and .4mm variants of the same file.&nbsp;The .4mm nozzle was able to print this out in about 7.5 hours.&nbsp;110% flow rate was to make this water tight. I also included the filament profile to print with.&nbsp;If you change the filament type, just remember to increase the flow rate to give the mold a better chance of it being water tight.

Huge 3" Balls PETG HF 0.4mm nozzle, 0.2mm layer,  15% infill

Jayhuc

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.2 LAYER HEIGHT SPEED SET TO 200MMS20% GYROID 2 WALLS&nbsp;USED BL TPU FOR AMS

TPU PROFILE BIG BALL

To dislodge the Ice, I sat the mold at room temperature for about 15 minutes when I heard the mold dislodge. You can try to run warm water on the bottom of the mold to help it dislodge but you risk breaking the ball from the shock of temperature change. I prefer to just be patient. I scaled up the original model, added more walls and changed infill settings to support the added volume of the ice balls. I chose to change the seam position to random to avoid having a big seam down the middle of the ice. the random dots all over the model look bad but the seam line looks worse on the ice itself. I think this is a much better compromise. &nbsp;I printed this with .8mm nozzle but since not everyone has the bigger nozzles I also uploaded .6mm and .4mm variants of the same file.&nbsp;The .6mm nozzle was able to print this out in about 5 hours and change.&nbsp;110% flow rate was to make this water tight. I also included the filament profile to print with.&nbsp;If you change the filament type, just remember to increase the flow rate to give the mold a better chance of it being water tight.

Huge 3" Balls PETG HF 0.6mm nozzle, 0.3mm layer, 15% infill

To dislodge the Ice, I sat the mold at room temperature for about 15 minutes when I heard the mold dislodge. You can try to run warm water on the bottom of the mold to help it dislodge but you risk breaking the ball from the shock of temperature change. I prefer to just be patient. I scaled up the original model, added more walls and changed infill settings to support the added volume of the ice balls. I chose to change the seam possition to random to avoid having a big seam down the middle of the ice. the random dots all over the model look bad but the seam line looks worse on the ice itself. I think this is a much better compromise. &nbsp;I printed this with .8mm nozzle but since not everyone has the bigger nozzles I also uploaded .6mm and .4mm variants of the same file.&nbsp;The .8mm nozzle was able to print this out in about 4 hours and change.&nbsp;110% flow rate was to make this water tight. I also included the filament profile to print with.&nbsp;If you change the filament type, just remember to increase the flow rate to give the mold a better chance of it being water tight.

Huge 3" Balls PETG HF 0.8mm nozzle, 4 walls, 15% infill

<boostme><boosttitle>Boost Me</boosttitle><boostcontent>As I am still a student, I would be extremely grateful for a boost. Thank you and best regards Marcel :)</boostcontent></boostme>Der Ice Ball Maker ist eine innovative Lösung, um perfekt runde Eiskugeln für Getränke wie Whisky, Cocktails oder andere Erfrischungen herzustellen. Das Modell besteht aus zwei Teilen, die einfach zusammengesteckt und mit Wasser befüllt werden. Danach wird es ins Gefrierfach gestellt, um die perfekte Eiskugel zu formen.Anwendung: Nach dem Einfrieren kann die Kugel durch kurzes Übergießen der äußeren Hülle mit warmem Wasser leicht entfernt werden. So lässt sich das Modell mühelos öffnen, und die Eiskugel kann entnommen werden – ideal für stilvolle Getränkepräsentationen!

<boostme><boosttitle>Boost Me</boosttitle><boostcontent>As a student, your support would be greatly appreciated Thank you and kind regards Marcel :)</boostcontent></boostme>The Ice Ball Maker offers an innovative solution for crafting perfectly spherical ice orbs for beverages such as whisky, cocktails, or other refreshing drinks. This model comprises two components that easily interlock and are filled with water. Subsequently, it is placed in the freezer to form the perfect ice sphere.Application: After freezing, the sphere is readily released by briefly rinsing the outer shell with warm water. This allows effortless opening of the mold, enabling extraction of the ice ball—ideal for elegant beverage presentations!

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