Liquid Ferro Clock

thingiverse

Liquid Magnetic FerroFluid Clock Print Settings Printer: Flash Forge Creator Rafts: No Supports: No Resolution: 0.27 mm Infill: .10 Notes: The Prints works well within the .20 to .27 resolution range. Post-Printing Sanding + Xacto knife may be used. How I Designed This Remade with added size and strength Custom Section Project: Liquid Ferro Clock Overview & Background: This project helps gain an understanding of Magnetic Ferro Fluid and its reaction to different magnets. Objectives: Students will learn to use Arduino, Students will learn to create/use Schematics, Students will learn to Solder, Students will learn Arduino Processing coding, Students will experience hands on construction. Audiences: The grades, ages, or skill levels that would be appropriate for this Project. 4th grade+, Age 10+, Skills in Soldering Subjects: Science, Math Skills Learned (Standards): 3D Slicing Designing 3D Printing Motor Skills Complex Thinking Skills Innovation skills. Stuff Needed: Arduino Uno I2C RTC DS1307 x7 9g Servos Adafruit 16-Channel 12-bit PWM/Servo Shield - I2C interface Power Source. CMS Magnetics 2 oz Ferrofluid + Magnets for Fun! Packed with Gloves and Dropper from amazon. Distilled Water Kraftyblok 7-1/2" Clear Glass Steps: Arrange the Mount Prints in this pattern with the 2 left mounts over the middle. Mounts and the setup of the Servo+Actuators Here is the schematic Duration: 1 hour for printing. 1 hours for assembling and programming. Preparation: Super Glue References: http://content.teachengineering.org/content/uoh_/activities/uoh_magnets/uoh_magnets_activity1_worksheet_tedl.pdf -http://www.instructables.com/id/Make-a-Ferrofluid-Glass-Display/ Rubric & Assessment: What did the student learn for building this? Any troubleshooting problems the student encountered? Handouts & Assets: http://content.teachengineering.org/content/uoh_/activities/uoh_magnets/uoh_magnets_activity1_worksheet_tedl.pdf -http://www.instructables.com/id/Make-a-Ferrofluid-Glass-Display/