#DIY
This is part 1 of the math tools that I designed.  In this project, my ultimate goal was to design something that costs cheaper than to buy it. As a plus, you don't have to go far to make it. This part is a flat compass. That's right! You don't need a compass. The way this works is that you need to pencils. One pencil starts at the center, and the other at wherever you want to specify your radius. To actually specify your radius, there is an inch wide and a centimeter side. To me, this tool will be even less frustrating than a compass since you don't have to constantly worry about your compass moving and therefore you messed up your circle. I printed this one with .2 mm which worked perfectly, however, I don't know whether other printers will print it the same way as mine did at .2 mm. Therefore, I think it would be best for others to print it at .15 mm, just to be on the safe side :)

Also - I added images of it so you could see how it works!

MATHTOOLZ (part 1)

#DIY
This is part 1 of the math tools that I designed.  In this project, my ultimate goal was to design something that costs cheaper than to buy it. As a plus, you don't have to go far to make it. This part is a flat compass. That's right! You don't need a compass. The way this works is that you need to pencils. One pencil starts at the center, and the other at wherever you want to specify your radius. To actually specify your radius, there is an inch wide and a centimeter side. To me, this tool will be even less frustrating than a compass since you don't have to constantly worry about your compass moving and therefore you messed up your circle. I printed this one with .2 mm which worked perfectly, however, I don't know whether other printers will print it the same way as mine did at .2 mm. Therefore, I think it would be best for others to print it at .15 mm, just to be on the safe side :)

#DIY
This is part 2 of mathtoolz that I designed. These math tools are rule-shaped measuring 1.5" x 6". My ultimate goal was to create 3 of these rulers with different tools on them which cost literally cents to print. This tool has a protractor on it, along with important trigonometry equations to reference. I recommend printing this part at .1 mm layer height, as it needs as much detail as possible (I used .15 mm, which makes the lines on the protractor a little less visible). I also used PLA. Enjoy!

MATHTOOLZ (Part 2)

#summer

This is the drawer for the charging block of the charging station (model described in part 1)

A unique charging station (part 2)

#summer 

This is the frame of the charging station(model described in part 1). 

A unique charging station (part 3)

#summer 

This is the 3rd part of the charging station (model described in part 1). 

#summer

Over the summer, I had this project to build a charging station out of wood. However, after I saw this contest come up, I decided to design and 3D print one. This charging station is built to fit a 7-port USB power adapter (I will post the link in the comment section). This power adapter is designed to fit under this charging station. To close the big hole under where the devices are charging, I designed a frame that would cover it (This is hard to describe in words, I will provide a visual representation image). I would like to print the frame and this main part separate colors since it will be very visually appealing. In addition to making it look nice, there is a circle design on the charging walls so that the inner frame will be visible. On the back, there is a hole where all of the wires will go. Lastly, the other big hole is a drawer for charging blocks. This gives space for some charging blocks but also gives the whole station more stability so it doesn't lean over. The item can be 3D printed with ease, and NO SUPPORTS are needed (just change the orientation if needed on the slicer if needed). It can also be printed on the ender 3. I am going to print my model with PLA at .2 mm with 10% infill. The other parts of this station will also be posted :) Thanks PDO and thangs for providing these awesome challenges

A unique charging station (part 1)

#summer

Over the summer, I had this project to build a charging station out of wood. However, after I saw this contest come up, I decided to design and 3D print one. This charging station is built to fit a 7-port USB power adapter (I will post the link in the comment section). This power adapter is designed to fit under this charging station. To close the big hole under where the devices are charging, I designed a frame that would cover it (This is hard to describe in words, I will provide a visual representation image). I would like to print the frame and this main part separate colors since it will be very visually appealing. In addition to making it look nice, there is a circle design on the charging walls so that the inner frame will be visible. On the back, there is a hole where all of the wires will go. Lastly, the other big hole is a drawer for charging blocks. This gives space for some charging blocks but also gives the whole station more stability so it doesn't lean over. The item can be 3D printed with ease, and NO SUPPORTS are needed (just change the orientation if needed on the slicer if needed). It can also be printed on the ender 3. I am going to print my model with PLA at .2 mm with 10% infill. 

A unique charging station

#garden 
This is a multi-purpose tool. First, it has a shovel, where you could plant in your small plants from your seed starters. The other end is a spike which has specific measures (measured in inches) so you could know exactly what the seed planting depth should be, since planting a seed to shallow or too deep could highly affect the seed's germination rate. It is best recommended to print this in PETG for less brittleness and more strength. 

GARDENTOOL v3.stl

This keychain is great for all of those cat and dog lovers out there and would be great for any backpack, set of keys, etc.

Cats Rule! (and dogs do too...) keychain

When you get a new printer, usually you need to test it in some way. This Rocket is good for nozzle level testing and support testing.

Rocket Test print

During this pandemic, we have been sitting on our butts in from of screens for most of the time, and this chair pen holder encourages us to get up and move around! This would be the perfect #gift for one of those busy bees!

Chair pen holder 

#gift- This is another pen holder I have designed, and I went with a modern design. This organizer is also elegant and matches with any desktop. 

Modern Pen/pencil holder

#gift - I always wondered about how to make a simple organizer that can make someone delighted. This design is simple and it looks nice and will make your table look elegant.

Rocket Pen Holder

HI! I am a beginner in fusion 360 and I enjoy 3d printing!

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