<p>The model election is a non-trivial issue when dealing with to a toddler but also, the extruder and hotend should be 100% free of debris from any previous, non food-safe filaments, although I don´t know how plausible that may be from a procedure point of view and I don´t know if there are any regulations with thresholds on this, but it´s not like we will be making a chemical analysis of a print to verify neither, so moving on to next point</p>
<p>Depending on what you want to do (and your printer flexibility), you might as well have 2 sets of extruder/hotend/bed if your really want to go this route on a production scale: one for food-safe prints and the other for the rest of the filaments like ABS</p>

CC BY-SA 4.0
2022-12-10T17:09:49.653Z
I don't think this kind of view on safety is helpful. Any "contamination" from "non-food-safe" materials after a normal purge is going to be on the order of similar contamination from playing with the toy that's been around the floor of a typical household. That includes residues from skin and hair products, cosmetics, and cleaning agents, all kinds of things tracked in on shoes, chipped bits of paint and furniture finishes, etc. And unlike the things that might attach themselves to toys on the floor, any contamination from the print head is going to be encased in extruded plastic.
R.. GitHub STOP HELPING ICE
CC BY-SA 4.0
2022-12-10T15:00:13.667Z
2022-12-10T15:00:13.667Z
Luis GG
<p>The answer to this is highly dependent on the geometry, slicing settings, etc. Clearly it's possible for the 3D model itself to have small parts that would be choking hazards, or to have parts of the geometry such that, due to being thin or providing leverage, allow small parts to be broken off and become choking hazards, sharp, pointy, or otherwise dangerous. It's also possible that a print with insuficient layer bonding or poor infill could be split at layer lines or chewed apart, exposing parts that might be likewise dangerous.</p>
<p>If the part is designed with these safety considerations in mind, sliced properly, and printed without error on a reasonably well-tuned printer, it should be safe against mechanical hazards.</p>
<p>The <a href="https://www.ic3dprinters.com/2022-toys/" rel="noreferrer">IC3D Toys for Tots campaign</a> might give you some ideas about the types of 3D printed toys a reputable organization considered safe for children. I'm not sure right off what age groups they targeted and whether all the toys in their campaign would be appropriate for toddlers - probably not.</p>

CC BY-SA 4.0
2022-12-09T02:03:08.407Z
2022-12-09T02:03:08.407Z
R.. GitHub STOP HELPING ICE
<p>Is it safe to give a 3D printed toy (printed using food-safe filaments) to a toddler?
Are there any recommendations/studies on what is considered safe?</p>

CC BY-SA 4.0
2022-12-11T03:15:45.650Z
The 3D printing process inherently creates many crevices and pores that bacteria can grow in, and which are hard to clean. You may want to coat the toy in a food-safe sealant. https://formlabs.com/blog/guide-to-food-safe-3d-printing/
Dima
<filament-choice>
Is it safe to give 3D printed toys to a toddler?
t0bias
# Is it safe to give 3D printed toys to a toddler?

(Asked by: username_0 on 2022-12-08)

Is it safe to give a 3D printed toy (printed using food-safe filaments) to a toddler?
Are there any recommendations/studies on what is considered safe?

**Tags:** filament-choice
> **Comments:**
> **username_1**: The 3D printing process inherently creates many crevices and pores that bacteria can grow in, and which are hard to clean. You may want to coat the toy in a food-safe sealant. https://formlabs.com/blog/guide-to-food-safe-3d-printing/  

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## 2 answers

### Answer by username_3 on 2022-12-09. Score: 5 | Accepted answer

The answer to this is highly dependent on the geometry, slicing settings, etc. Clearly it's possible for the 3D model itself to have small parts that would be choking hazards, or to have parts of the geometry such that, due to being thin or providing leverage, allow small parts to be broken off and become choking hazards, sharp, pointy, or otherwise dangerous. It's also possible that a print with insuficient layer bonding or poor infill could be split at layer lines or chewed apart, exposing parts that might be likewise dangerous.

If the part is designed with these safety considerations in mind, sliced properly, and printed without error on a reasonably well-tuned printer, it should be safe against mechanical hazards.

The [IC3D Toys for Tots campaign](https://www.ic3dprinters.com/2022-toys/) might give you some ideas about the types of 3D printed toys a reputable organization considered safe for children. I'm not sure right off what age groups they targeted and whether all the toys in their campaign would be appropriate for toddlers - probably not.


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### Answer by username_2 on 2022-12-10. Score: 0

The model election is a non-trivial issue when dealing with to a toddler but also, the extruder and hotend should be 100% free of debris from any previous, non food-safe filaments, although I don´t know how plausible that may be from a procedure point of view and I don´t know if there are any regulations with thresholds on this, but it´s not like we will be making a chemical analysis of a print to verify neither, so moving on to next point

Depending on what you want to do (and your printer flexibility), you might as well have 2 sets of extruder/hotend/bed if your really want to go this route on a production scale: one for food-safe prints and the other for the rest of the filaments like ABS

> **Comments:**
> **username_3**: I don't think this kind of view on safety is helpful. Any "contamination" from "non-food-safe" materials after a normal purge is going to be on the order of similar contamination from playing with the toy that's been around the floor of a typical household. That includes residues from skin and hair products, cosmetics, and cleaning agents, all kinds of things tracked in on shoes, chipped bits of paint and furniture finishes, etc. And unlike the things that might attach themselves to toys on the floor, any contamination from the print head is going to be encased in extruded plastic.  

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