
Math Made Easy
thingiverse
This fun learning tool lets students grasp math concepts in a more engaging way. Designed for first to fifth grade, it covers numbers ranging from 1 to 99, allowing teachers to create equations for their students to solve. The teacher can design the number blocks that will be 3-D printed and set up equations for students to try and solve. The students then place what they think is the correct answer. How I Designed This Step 1 & 2: Pull up a rectangle measuring 220.5 mm by 143.6 mm, and elevate it 15 mm high. Step 3: Draw guides for the first rectangle from the top down 9.5 mm. Then draw another guide from that one down 11 mm. From the left side draw a guide to the right 14.5 mm. Next draw a final guide to the right 9 mm. With these guides in place, draw the first rectangle. Step 4: Draw rectangles across the top. From the right side of the previous step's rectangle, draw a guide to the right 10 mm. Then draw another guide from that one to the right 9 mm. With guides in place, draw the second rectangle. Repeat this process until only 6 mm is left on the board. After this erase all guides and you should end up with 7 rectangles on top. Step 5: Draw guides for the next level of rectangles. From the bottom of one of the rectangles, draw a guide down 4.75 mm. Then draw another guide from that one down 7 mm. From the left side draw a guide 6 mm to the right. Next draw another guide 7 mm to the right. With guides in place, draw your rectangle. From the right side of the new rectangle, draw a guide 1.5 mm to the right. Then from the right of the new guide, draw a guide 9 mm to the right. From the top of the previous rectangle, draw a guide 3.25 mm up. From the bottom of the previous rectangle, draw a guide .75 mm down. With guides in place, draw your next rectangle. From the right side of the new rectangle, draw a guide 1.5 mm to the right. Then continue alternating between the two rectangles until there is 6 mm left on either side. Step 6: Add the next level of guides and rectangles. From the bottom of the larger rectangle, draw a guide 1.5 mm down. Then use the dimensions from the large rectangle to finish off the guides. Then repeat step 4 to fill in the blank across the board. Step 7: Make the rest of the board. From the bottom of the last rectangles, draw a guide line down 5 mm. From here you can follow the previous steps and finish the rest of the board. Continue until there is 11 mm remaining on the bottom of the board. Step 8: Push all the rectangles down .5 mm. Step 9: Make the number blocks. First draw a rectangle that's 8.8 mm by 10.8 mm. Then pull it up .5 mm. Next, using the 3D text tool, add your numbers. Single digit numbers should be sized Width 5 mm, Length 10 mm, Height 5 mm. Double digit numbers should be sized Width 8 mm, Length 10 mm, Height 5 mm. Step 10: Make the symbol blocks. Create a square that's 6.8 mm by 6.8 mm. Then make the symbols .5 mm tall with length and width 6 mm. Exception is the subtraction symbol which should be 5 mm by 2 mm.
With this file you will be able to print Math Made Easy with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Math Made Easy.