PP Shredder Pro

This tutorial documents the build process of Precious Plastic Pro Shredder, as supplied by Citizen Scientific for the North American context.

Difficulty

Hard Hard

Duration

5 day(s) day(s)

Categories

Machines & Tools, Recycling & Upcycling, Robotics

Cost

5000 USD ($)

preciousplastic, recycling, Open Source, plastic, shredder Creation

Materials

Tools

Step 1 - Tools

Hammer

(punch) for knocking out leftover metal slugs

Files

Mallet

Socket wrench( 2x)

Tape measure

Screwdriver (directing the slide nuts)

Marker

Step 2 - Table Parts

Parts Needed:

Aluminum Extrusion

Profile	Length (mm)	Quantity
8080	520	4
8080	600	4
8080	1200	2
4080	520	1
4080	455	1

data-sheets-value="{"1":2,"2":"Corner Plates"}" Step 3 - Table Construction - Legs Tools XX Socket Wrench Screwdriver Parts 4x 8080*600mm 2x 8080*1200mm 4x Side Plates 32x T nuts 32x Washers 32x M8x16mm Bolts Steps Lay one 1200mm beam horizontally in your workspace. Add a 600mm beam perpendicular at each end, forming a staple shape. (see image 5 for final shape reference) Using 8 total washers, slide 2 at a time into each rail at the corner, approximating the hole pattern on the side plates. (image 2) Using a screwdriver to position the T-nuts, add an M8x16 Bolt and washer through the side plate into each T nut. (images 3 and 4) Secure with a socket wrench. Repeat on the other side of the 1200mm beam. You now have a staple shape. Repeat. Step 4 - Table Construction - Side Joints Tools XX Socket Wrench Screwdriver Parts 2x 8080*520mm 4x Corner Plates 40x T nuts 32x Washers 32x M8x16mm Bolts Steps Stand one leg unit upward, so you can see down the 1200mm section. Slide 4 T-nuts total (2 in each rail) up to the corner joint. (image 2) SPECIAL STEP: on the 1200mm beam, opposite side from where the side plate was installed - Slide 2 nuts into each of the rails. These will be used in a future step. Repeat on the other 1200mm beam. Attach the side plate (image 3) using 4 M8x16 Bolts with 4 washers. NOTE: the 45° side should face the "bottom" of the eventual table. Repeat on the remaining three 600mm legs. NOTE: ensure that each corner plate mirrors each other across the 1200mm beam axis. They should be facing the same direction and away from the side plate from the previous step. Slide 8 total T-nuts into a 520mm beam. They should be split in half, 4 at one end, and 4 at the other. (Image 4) SPECIAL STEP: On only ONE of the 520mm beams, add 4 T-nuts, 2 in each rail on the opposite side that you used for Step 5. Combine the two "staple" sections by adding the 520mm beam (pre-loaded with T-nuts) using the same M8x16mm, washer combination as before. (image 5) Repeat on the other side. (image 6) You should now have a very solid table base! Step 5 - Table Construction - Side Braces Tools XX Socket Wrench Screwdriver Parts 2x 8080*520mm 8x Brackets 16x T nuts 16x Washers 16x M8x20mm Bolts *A quick note about bracket orientation. In image 2 you will see that the brackets are not the same on both sides. Here we have flipped one, so you can see the difference. One of the holes sits atop a raised lip, while the other is flush. The raised lip hole is closer to the brackets outside edge. The flush hole is farther from the outside edge. This matters for order of operations. When installing, you must install in the flush hole first, and the hole with the raised lip second. If you do it in reverse the bolt will block access to the other hole. :) Steps Slide 4 nuts into the 520mm beam (2 in each rail). Attach the 4 brackets loosely using M8x20mm bolts and washers. (image 3) Note the orientation of the holes. All 4 bolts should go in flush holes, not raised lip holes. (figure 4) With the table flipped on its end, position the 520mm beam in place, and slide 2 T-nuts in the rails to meet the brackets. Secure with same bolt washer combo. Repeat this process on the other side of the 520mm beam. Repeat steps 1-4 on the opposite side. en none 0 Draft