Frozen Kong Container (X-Large)
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A container to aid in freezing Kongs (X-Large).
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Kitchen
- Licencja
- Creative Commons — Attribution — Share Alike
This is frozen Kong container that I've iterated over a couple times. As with all my designs, I've uploaded the STEP and Fusion source file if you want to customize. As required by Pup law, I've also included of my best girl.
My goals:
- Improve space effectiveness of many Kong's in my freezer vs the bowels I used to use.
- Make sure the liquid flowed to the bottom of the container when still draining. I added channels to prevent the Kong from freezing into the container. This also meant that ideally the Kong would rest above the bottom of the container (I have about 2mm of clearance).
- Dishwasher optimized. I wanted to be able to wash the container in my dishwasher. Ideally no water would collect when washed upside-down.
- Hand-wash possible - I ensured there were no hard to clean corners if washing with a sponge.
My frozen Kong recipe:
- For a X-Large Kong, I use ½ cup of kibble (allows the kibble to expand). Add to Kong. Optionally, surprises can be added e.g. a spoon of peanut butter.
- Fill Kong with water and let soak for about 10 minutes. You can either submerge the Kong in a container with water or use something like. The kibble will get soft and depending on brand, the kibble will expand. Optionally, both can be used (I personally stick with water to make the Kongs relatively clean for my Pup).
- After soaking, drain the Kongs and place into the frozen Kong containers. The remaining excess liquid will drain and either freeze at the bottom or sublimate.
I use frozen Kongs as part of my Pup's daily food ration. She loves them, typically taking 40-60 minutes each.
Printing:
Print as modeled.
I used 3 walls with a 5% Gyroid infill. I printed using ASA to handle heated-dishwasher temperatures. If you hand wash, PETG is likely fine (just don't print using PLA).
I recommend a solid bottom bottom shell of at least 3mm so that the entirety of the bottom is solid (for water tightness). I also used a 4mm solid top shell to reinforce the chamfers.
I also recommend using a Concentric top/bottom fill pattern to optimize for water-tightness.
Pictured is Atomic ASA Black filament (made in the USA!).