Virtual Makerspace | Espacio virtual de creación
Virtual Makerspace | Espacio virtual de creación
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Add drawings to the world's largest doodling data set!
¡Agregue dibujos al conjunto de datos de garabatos más grande del mundo!
Watch videos, play games, try activities, and share designs with the community!
¡Mira videos, juega, prueba actividades y comparte diseños con la comunidad!
Allows you to build skills for innovation: 3D design, electronics, and coding!
Le permite desarrollar habilidades para la innovación: ¡diseño 3D, electrónica y codificación!
Watch videos, play games, try activities, and share designs with the community!
¡Mira videos, juega, prueba actividades y comparte diseños con la comunidad!
Learn music through fun, hands-on experiments.
Aprende música a través de experimentos prácticos y divertidos.
https://musiclab.chromeexperiments.com/
Create your own music with the help of a merry crew of beatboxers.
Crea tu propia música con la ayuda de un alegre equipo de beatboxers.
Play and explore with Lite Brite!
¡Juega y explora con Lite Brite!
A design resource for kids, parents, and teachers!
¡Un recurso de diseño para niños, padres y maestros!
Jellybox 3D Printer | Jellybox Impresora 3D
Jellybox 3D Printer | Jellybox Impresora 3D
Getting Started with 3D Printing
Primeros pasos con la impresión 3D
Getting Started with 3D Printing
Primeros pasos con la impresión 3D
Check out the free lessons below that help you learn the basics of getting started with 3D printing.
Echa un vistazo a las siguientes lecciones gratuitas que te ayudarán a aprender los conceptos básicos para iniciarte en la impresión 3D.
Check out the free lessons below that help you learn the basics of getting started with 3D printing.
Echa un vistazo a las siguientes lecciones gratuitas que te ayudarán a aprender los conceptos básicos para iniciarte en la impresión 3D.
Note: I highly recommend using a mouse anytime you are working in Tinkercad due to the need to navigate all three dimensions.
Nota: Recomiendo encarecidamente el uso de un ratón cada vez que se trabaja en Tinkercad debido a la necesidad de navegar por las tres dimensiones.
Reach out to Mrs. Zeman if you need help or have any questions: lori1.zeman@cms.k12.nc.us
Comuníquese con la Sra. Zeman si necesita ayuda o tiene alguna pregunta: lori1.zeman@cms.k12.nc.us
Step 1: Create a free student Tinkercad account.
Step 1: Create a free student Tinkercad account.
Enter the class code: 7EEE2SNW1
Enter your first and last name
Step 2: Visit the Learning Center.
Step 2: Visit the Learning Center.
Complete the tutorials linked below.
https://www.tinkercad.com/learn/designs?collectionId=OY5L5E8IRXTI47Z
Step 3: Navigating the Planes.
Step 3: Navigating the Planes.
Watch this video: https://youtu.be/n1NYU8xeoBE
Your goal for this lesson is to practice movement in the planes and ensure you understand what it means when designing for the different layers to 'lay flat' when touching.
If not, when you try to print a piece, the printer will try to "print in the air" and you'll get a lot of plastic in a pile.
Step 4: Make a Key Chain.
Step 4: Make a Key Chain.
After completing steps 1-3, now your task is to design a key chain that includes your name, initials, or something you love / are interested in. Feel free to be creative and use any shape you'd like as your background!
Watch this introduction video: https://youtu.be/aEZOlcSzm58
Some notes:
Your Tinkercad 3D plane is directly proportional to the size of my print bed in the 3D printer: Build volume X-Y-Z: 6.7” x 6.3” x 5.7 (approximates)
His suggestions for size in the video are a good size to start with. Feel free to make slightly larger depending on the shape background you use but if you want it keychain sized, use approximately what he suggests.
Using different colors for your layers when you design your keychain will help when creating but keep in mind my printer can only print in one solid color.
Understanding Supports on a 3D Print
Understanding Supports on a 3D Print
When you are designing a 3D model, it is important to think about if your design will need supports and if so, how much support.
When a 3D model is printed, it can print up to a 45 degree angle without needing supports. The supports are printed in a way that once your design is completely printed, you can remove the supports to reveal your finished product.
Here is an example of a model of a dog that needed to support under the head and body.
Cuando diseñe un modelo 3D, es importante que piense si su diseño necesitará soportes y, en caso afirmativo, cuántos.
Cuando se imprime un modelo 3D, puede imprimirse hasta un ángulo de 45 grados sin necesidad de soportes. Los soportes se imprimen de tal manera que una vez que el diseño está completamente impreso, se pueden quitar los soportes para revelar el producto terminado.
Aquí hay un ejemplo de un modelo de un perro que necesitaba apoyo bajo la cabeza y el cuerpo.
Student Examples | Ejemplos de estudiantes
Student Examples | Ejemplos de estudiantes
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