Joy Shi- 3D printing

In the last two weeks of lab, we learned about 3d modeling and printing. During the first week, we learned the basics of using Tinkercad and Meshmixer. They were relatively easy to use, but very time consuming. My attempt on making a castle and alien were not that great. However, this exercise was a good introduction on how to use Tinkercad, since I have never used it before.

On the second week, we dived into using 3d scanning. This mostly dealt with scanning an object or person. The hardest part in the scanning would probably be trying to get all the angles of the object or else the object would have a hole somewhere.

For our assignment, we were required to make four different sketches of things we might possibly print later on. After some thought processing, the top two that I was considering printing was either the utensil prompt or the part I need prompt.

In the utensil prompt, I designed utensils that can be stacked on top of each other. This is so that less space is taken up and portable to  take while camping or traveling or everyday use. To make sure that the utensils won’t fly everywhere, I decided to add a ring, like the ones seen on measuring cups, to hold everything in place. Lastly, I added a little stand on the neck of the utensil. The purpose of this is to make sure that the utensil doesn’t touch any dirty surfaces.

 

However, in the end, I decided to actually print the part I need prompt. My original idea was to build a stand to wrap my chaotic wires around, so everything is more organized. The box on the bottom would be to put adaptors or chargers.

After showing one of my roommates my design, she thought it would be better to make it into a jewelry stand. This is a good idea since all my jewelry are all tangled and missing. Having them in one place would definitely benefit me. So I decided to get rid of the box on the bottom. 

The actual printing process took a bit longer than I expected. For some reason, I did not check the measurements of my stand, so it turned out a bit smaller than I anticipated. However, I’m still happy with it.

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Starting Monday, August 23

Fall Open Hours

Monday: 5-9PM
Tuesday: 10AM-1PM, 5-9PM
Wednesday: 5-9PM
Thursday: 10AM-1PM, 5-9PM
Sunday: 1-6PM

This fall we’re welcoming back all community and university members. Stop in and create with us!

Masks Required | Appointments Recommended

Epilog Laser: Limited use; 1/8" materials only.
We apologize for the inconvenience.

3D PRINTER (FDM)

Flashforge Finder

Print Material: PLA plastic

Max Print Dimensions: 5″ x 5″ x 5″

Slicing Software: FlashPrint

Preferred File Type: STL

Cost:

$2 | 13 grams or less
$0.15 per gram | over 13 grams

3D FDM PRINTS ARE PRICED BY WEIGHT (IN GRAMS)

3D PRINTER (FDM)

Creality Ender 3 Pro

Print Material: PLA plastic

Max Print Dimensions: 8″ x 8″ x 10″

Slicing Software: Cura

Preferred File Type: STL

Cost:

$2 | 13 grams or less
$0.15 per gram | over 13 grams

3D FDM PRINTS ARE PRICED BY WEIGHT (IN GRAMS)

LASER CUTTER / ENGRAVER

Universal X-600

Power and Type: 40 Watt, CO2

Max Bed Dimensions: 18″ x 32″

Max Cut thickness: 1/4″

File Creation Software: Inkscape, Adobe Illustrator, or other vector software

Preferred File Type: SVG to PDF

Laserable Materials: wood, acrylic,
See Additional Materials

Cost:

$7 | per 30 min appointment

3D PRINTER (LCD based SLA)

AnyCubic Photon

Print Material: UV Resin

Max Print Dimensions: 4.5″ x 2.5″ x 6″

Slicing Software: ChituBox

Preferred File Type: STL

Cost:

$5 | 20 mL or less
$0.25 per mL | over 20 mL

3D SLA PRINTS ARE PRICED BY VOLUME (IN ML). THESE PRINTS REQUIRE ADDITIONAL PROCESSING WITH CURING AND CLEANING.

ROTARY TOOL ATTACHMENT AVAILABLE

LASER CUTTER / ENGRAVER

Epilog

Power And Type: 60 Watt, CO2

Max Bed Dimensions: 12″ X 24″

Max Cut Thickness: 1/8″

File Creation Software: Inkscape, Adobe Illustrator, Or Other Vector Software

Preferred File Type: SVG To PDF

Laserable Materials: Wood, Acrylic,
See Additional Materials

Cost:

$7 | per 30 min appointment