Are you searching for a Kids 3d Printer that’s not only easy for children to use but also capable of creating impressive, intricate designs and is environmentally conscious? Look no further! This is an honest review of the ToyBox 3D Printer, designed with kids and eco-friendliness in mind.
A 3D printed toy stands next to a stack of printer filament
Alt text: A vibrant 3D printed toy figure standing tall next to a colorful assortment of ToyBox printer filament spools, showcasing the creative potential of kids 3D printers.
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I was eager to introduce my children to the fascinating world of 3D printing and had been on the hunt for the perfect kids 3D printer. The possibilities for exploring science, technology, and engineering through three-dimensional creation were something I couldn’t wait to share with my 8 and 11-year-olds. I’m excited to share that the ToyBox 3D Printer has been the ideal solution! It’s incredibly user-friendly, making it perfect as a kids 3D printer, and what’s even better is that its printer filament is derived from corn, meaning our creations are compostable under industrial conditions.
Before we delve into the detailed review, covering the pros and cons of the ToyBox 3D printer, let’s understand the basics of how this amazing technology works.
Close up angled shot of the nozzle of the Toybox 3D printer in action, printing a toy
Alt text: A detailed view of the ToyBox kids 3D printer nozzle precisely layering corn-based filament to bring a digital design to life.
Understanding How 3D Printers Work: A Simple Guide for Everyone
Imagine a regular printer that uses ink to create words and pictures on paper. A 3D printer operates on a similar principle but instead of printing on a flat surface, it constructs objects layer by layer. This process transforms digital designs into tangible, three-dimensional items.
Here’s a simplified breakdown of the 3D printing process:
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Digital Design Creation: The journey begins with a digital 3D model of the desired object. This design can be crafted using specialized software or by downloading ready-made designs from online platforms.
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Slicing the Model: The digital model is then virtually sliced into numerous thin, horizontal layers, much like slicing bread. This slicing process converts the digital design into a set of instructions that the 3D printer can understand and follow.
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Layer-by-Layer Construction: The 3D printer uses these instructions to build the object layer upon layer. It precisely deposits material – typically plastic, but it could also be metal or resin – according to the sliced instructions. This material is laid down in specific locations, gradually building up the object from the ground up.
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Layer Bonding: As each layer is deposited, it adheres to the layer beneath it. This bonding occurs as the material cools and hardens, slowly giving shape to the intended object. The printer continues to add layers until the entire object is formed.
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Post-Processing (If Needed): Once the printing is complete, some objects might require post-processing. This could involve removing support structures used during printing, sanding down rough edges, or painting the object to achieve the desired final look.
Think of it as sculpting by stacking thin slices on top of each other. This innovative process allows for the creation of a vast array of items, from fun toys and prototypes to functional parts for machinery and even medical applications! For kids, this process is especially fascinating to watch, making a kids 3D printer a fantastic educational tool.
A child closely watching the ToyBox 3D printer create a toy
Alt text: A child engrossed in watching a ToyBox kids 3D printer in action, highlighting the engaging educational aspect of 3D printing for children.
Two children smiling and holding up 3D printed toys made with the ToyBox printer
Alt text: Two joyful kids proudly displaying their 3D printed creations from the ToyBox kids 3D printer, demonstrating the fun and rewarding experience it provides.
Exploring 3D Printer Filament: What Materials Are Used?
The world of 3D printing materials, known as filaments, is diverse, catering to a wide range of needs from simple toys to complex mechanical parts. The required strength and durability vary greatly depending on the application. For instance, toys made with sugarcane-based filament have different requirements compared to robust mechanical gears made from nylon. Here’s an overview of the most common types of filaments used in 3D printing, helping you understand what goes into creating 3D printed objects with a kids 3D printer and beyond.
1. PLA (Polylactic Acid): The Eco-Friendly Choice
PLA stands out as a popular and eco-conscious option in 3D printing. Derived from renewable resources like corn starch or sugarcane, PLA is biodegradable and environmentally friendly. It’s user-friendly, doesn’t require a heated print bed, and is available in a spectrum of colors. However, PLA is not ideal for high-temperature applications. It’s often the go-to filament for kids 3D printers due to its safety and ease of use.
2. ABS (Acrylonitrile Butadiene Styrene): For Durable Prints
ABS is known for its strength and toughness, similar to the plastic used in LEGO bricks. It’s well-suited for creating durable items but requires a heated bed and a controlled, enclosed printing environment to prevent warping as it cools.
3. PETG (Polyethylene Terephthalate Glycol): Balancing Strength and Ease
PETG combines some of the best qualities of ABS and PLA. It offers good strength and durability while being easier to print with than ABS, requiring less heat. PETG is a versatile filament suitable for items that need to withstand some wear and tear.
4. TPU (Thermoplastic Polyurethane): The Flexible Filament
TPU is a flexible and elastic filament, making it perfect for creating bendable objects like phone cases or shoe insoles. Its rubber-like properties open up possibilities for functional and wearable 3D prints.
5. Nylon: For High-Strength Applications
Nylon is an exceptionally strong and durable filament, comparable to the material used in backpacks. It’s flexible, resistant to wear, and ideal for parts that need to endure stress and strain.
6. Resin (Stereolithography – SLA/DLP Printers): For Detailed Precision
Resin is used in SLA/DLP 3D printers and is a liquid that solidifies when exposed to light. It allows for the creation of highly detailed and smooth objects, such as jewelry or dental models. While not typically used in kids 3D printers, resin printing offers incredible precision.
7. Wood Filaments: For a Natural Look
Wood filaments contain fine wood particles, giving prints a wood-like appearance and texture. They are excellent for decorative items or projects seeking a rustic aesthetic.
8. Carbon Fiber Filaments: For Maximum Rigidity
Carbon fiber filaments are incredibly strong and rigid, often used in high-performance applications like sports equipment. They are designed for parts that require maximum stiffness and strength.
The variety of available 3D printing materials is vast and expanding. For the purpose of this review and given its suitability for a kids 3D printer, we’ll focus on PLA, the corn-based filament used by the ToyBox 3D Printer.
Close up of the ToyBox printer filament and cartridge
Alt text: A close-up image highlighting the ToyBox kids 3D printer’s PLA filament cartridge, emphasizing its ease of use and kid-friendly design.
Hands inserting a filament cartridge into the ToyBox 3D printer
Alt text: Hands effortlessly inserting a colorful filament cartridge into the ToyBox kids 3D printer, illustrating the simple and intuitive filament loading process for children.
A selection of colorful ToyBox printer filament cartridges in their packaging
Alt text: A vibrant display of various colored ToyBox kids 3D printer filament cartridges in their packaging, showcasing the wide range of creative options available.
ToyBox 3D Printer: How it Works – Designed for Kids
The Toybox 3D printer is specifically designed to empower children to bring their imaginations to life by creating their own toys and small objects. Here’s a step-by-step look at how this kids 3D printer operates:
Step 1: Downloading the ToyBox App and Printer Connection
Begin by downloading the ToyBox App on your chosen device. Then, plug in and turn on the printer, connecting it to the ToyBox app via WiFi. Once connected, you’re set to start your 3D printing adventure!
Step 2: Designing Your Toy – Unleash Creativity
Next, it’s time to decide what to create! You can design from scratch using the “Create” tab within the ToyBox app, choose a pre-designed toy from the extensive Toybox library, or even import designs in STL, OBJ, or gCode formats. This is where creativity takes center stage, especially for kids eager to design their own toys.
Step 3: Loading the Filament – Simple and Safe
The filament acts as the “ink” for the 3D printer. ToyBox uses a bioplastic called polylactic acid (PLA), made from cornstarch, which melts to form your design. Select your desired color, easily load the cartridge into the printer, and it’s ready to print. The cartridge system is designed to be safe and simple for kids to manage.
Step 4: Layer-by-Layer Creation – Watching the Magic Happen
This is where the magic unfolds! The Toybox printer follows the design instructions, building your toy layer by layer. It deposits thin layers of melted filament, one on top of the other, gradually constructing your toy from the base up. The printing time can vary from minutes to hours, depending on the complexity of your chosen design, offering a fascinating real-time view of creation for kids.
Step 5: Cooling and Solidifying – From Liquid to Solid
The hot, melted plastic quickly cools and hardens as each layer is added. This rapid solidification allows your toy to take shape, and you can watch it progressively emerge from the printer.
Step 6: Removing the Toy – Ready to Play
Once printing is complete, carefully remove your newly printed toy from the printer. It might need minimal clean-up or finishing touches, but then your 3D-printed creation is ready for playtime!
Step 7: Playtime – Enjoy Your Creation
Now for the best part – playtime! Your freshly printed toy is ready for action. Whether it’s a figurine, a gadget, or an accessory, it’s uniquely yours to enjoy.
Step 8: Repeat and Experiment – Endless Fun
The fun doesn’t end with one print. You can continue designing and printing new toys, experimenting with different colors, modifying shapes and sizes, or taking turns creating with friends. It’s like having a mini toy factory at your fingertips, powered by eco-friendly, cornstarch-based filament, making it an ideal kids 3D printer for continuous creative exploration.
A child removing a just printed toy from the ToyBox 3D printer
Alt text: A child carefully removing a freshly printed toy from the ToyBox kids 3D printer, showcasing the final step in the easy and child-friendly 3D printing process.
Why We Recommend the ToyBox 3D Printer for Kids
The ToyBox 3D printer stands out, and there are several reasons why it’s highly recommended, especially as a kids 3D printer. One key factor is the filament, or “printer food,” which is made from corn starch. This makes it a more environmentally responsible choice compared to filaments made from non-renewable resources. While toys printed with this PLA filament won’t decompose in a backyard compost, they are compostable in industrial composting facilities that reach the necessary high temperatures. This eco-friendly aspect is a significant advantage for environmentally conscious families.
Beyond the material, the ToyBox 3D printer excels in user-friendliness. My kids can design and print their toys with minimal assistance from me. After a few initial demonstrations on filament loading and safety precautions around the hot nozzle, my 8 and 11-year-olds now confidently use the ToyBox app, select or design their prints, and operate the printer independently. While parental supervision is generally recommended, the ease of use of this kids 3D printer allows for increasing independence as children become comfortable.
Another valuable aspect of 3D printers, and particularly the ToyBox, is the time it takes to print. With print times ranging from 5 minutes to 5 hours for designs in the free library, the ToyBox doesn’t facilitate rapid creation of endless toys. Instead, children witness their designs slowly materialize, layer by layer, fostering an appreciation for the creation process. This aligns with valuable life lessons about patience and the value of time in creating something tangible.
Purchasing a new ToyBox 3D printer as a bundle, which includes multiple filament rolls, offers cost savings compared to buying items separately. ToyBox also provides an option for pre-owned, refurbished printers at a reduced price, supporting sustainability and a circular economy.
To make it even more accessible, using the promo code “THOUGHTFULLYSUSTAINABLE” gives you a 10% discount on all printers! Explore the ToyBox 3D printer collection here.
A 3D printed snowflake ornament hanging by a string
Alt text: A delicate 3D printed snowflake ornament hanging gracefully, showcasing the detailed creations possible with a kids 3D printer like ToyBox.
A 3D printed toy figure standing next to a variety of Toybox filament spools
Alt text: A playful 3D printed toy character displayed alongside an array of colorful ToyBox filament spools, highlighting the fun and customizable nature of kids 3D printing.
Common Questions About the ToyBox 3D Printer
The ToyBox 3D printer has sparked curiosity among friends and parents, particularly regarding its long-term appeal and practicalities for kids. Here are some frequently asked questions:
Will kids continue to use it after the initial excitement fades?
It’s a valid concern whether a 3D printer will maintain its appeal over time. To keep things fresh, we rotate toys at home, re-introducing the 3D printer every few weeks to renew interest. The ability to design and print personalized gifts, like toys for friends or holiday ornaments, keeps the ToyBox kids 3D printer particularly relevant and engaging, especially during holidays. The cyclical use helps prevent the printer from becoming just another forgotten gadget.
Is a ToyBox Plus subscription necessary to enjoy the printer?
No, a ToyBox Plus subscription is not essential. The ToyBox library already offers thousands of free designs, providing ample content to explore without any additional subscription.
What are “bolts” in the ToyBox app?
Bolts are ToyBox’s digital currency, used to unlock premium toy designs, often featuring licensed characters. This system allows ToyBox to offer content from major brands and compensate creators for their designs. However, with the vast free library, purchasing bolts is optional and not necessary for enjoying the printer, especially for kids just starting out.
What is the ideal age range for this kids 3D printer?
The ToyBox 3D printer is suitable for a broad age range, from early elementary through high school. Younger children benefit from the hands-on experience of watching their simple designs come to life with parental guidance. For older, high school students, the ability to upload custom designs from their preferred CAD software expands the creative and educational possibilities, making it a versatile tool across different age groups.
What are the limitations of the ToyBox 3D Printer?
Two main limitations are noted. First, the print size is constrained to approximately 3″ x 3″. However, larger designs can be created in parts and assembled. Second, the PLA filament, while eco-friendly, is less durable than plastics like ABS. While toys are generally sturdy enough for play, they may not withstand very rough handling, particularly by younger children.
A close up of a 3D printed toy robot made of multiple parts assembled together
Alt text: A detailed close-up of a 3D printed robot toy, constructed from multiple parts and assembled, demonstrating how larger creations are possible with a kids 3D printer through modular design.
How 3D Printers Can Be Used to Teach STEM Concepts to Kids
3D printing is an exceptional educational tool for introducing and reinforcing STEM (Science, Technology, Engineering, and Mathematics) principles to children. Its hands-on nature makes learning engaging and practical. Integrating a kids 3D printer into learning environments provides numerous benefits:
Science:
- Material Properties: Kids can learn about the diverse materials used in 3D printing, such as PLA and ABS, and understand their unique properties and applications.
- Chemical Reactions: 3D printing can illustrate concepts like phase changes and chemical reactions as materials transform from solid filament to molten form and back to solid objects.
Technology:
- Hardware Understanding: Exploring the components of a 3D printer and their functions demystifies technology and mechanics, helping kids understand how machines work.
- CAD Skills: Learning basic Computer-Aided Design (CAD) software introduces children to digital modeling and design principles, essential skills in today’s tech-driven world.
Engineering:
- Design Thinking: Designing objects for 3D printing encourages kids to engage in the engineering design process: problem identification, brainstorming, designing, and refining based on testing and feedback.
- Prototyping: 3D printers facilitate rapid prototyping, teaching children how engineers create and test models efficiently in the design process.
Mathematics:
- Measurement and Scale: 3D modeling inherently involves measurements and dimensions, enhancing understanding of geometry and spatial reasoning.
- Problem Solving: Designing for 3D printing requires applying mathematical concepts like angles, proportions, and calculations, thus developing problem-solving abilities.
Real-World Applications:
- Industry Relevance: Demonstrating how 3D printing is used in industries like aerospace, medicine, and architecture connects STEM concepts to real-world applications and future careers.
- Hands-On Learning: The tangible nature of 3D printing projects makes STEM learning more relatable, engaging, and effective.
3D printing offers an interactive and highly motivating way to teach STEM to learners of all ages. It fosters creativity, enhances problem-solving skills, and promotes a deeper understanding of science, technology, engineering, and mathematics in a fun, hands-on context, making a kids 3D printer an invaluable educational asset.
If you’re interested in purchasing a ToyBox 3D printer, remember to use code “THOUGHTFULLYSUSTAINABLE” to receive a 10% discount on all printers.
Cover of free, 15-page workbook for students about 3D printing real-world applications
Alt text: Cover image of a free 15-page workbook for students focusing on real-world applications of 3D printing technology, a valuable STEM education resource.
Free 3D Printing Workbook for Kids
The blend of art and STEM skills in 3D printing is truly remarkable. To further explore this, I’ve created a free 15-page workbook for students to learn about the real-world applications of 3D printing technology. Click below to get your copy delivered directly to your inbox and enhance your kids 3D printer learning experience!
FREE 3D Printing workbook for kids
For a more in-depth look, I’ve also written a blog post exploring the real-world applications of 3D printing. If you have any further questions about incorporating 3D printing into your home or classroom, please leave a comment below!
