| Device data | |
|---|---|
| Manufacturing files | https://www.thingiverse.com/thing:1195550 |
| Software license | [ ] |
| Hardware license | [ ] |
| Project data | |
|---|---|
| Authors | Dhwani Trivedi |
| Completed | 2015 |
| Made? | Yes |
| Replicated? | No |
| Cost | USD $ 36 |
| Instance of | Gyro mini nutating mixer |
| Export to | Open Know How Manifest |
| Page data | |
|---|---|
| Type | Device, Project |
| Keywords | 3D printing, centrifuge, gyratory, mixer, dc motor, plastic |
| SDGs Sustainable Development Goals | SDG03 Good health and well-being SDG08 Decent work and economic growth |
| Authors | Dhwani Trivedi Kathy Nativi |
| Published | 2015 |
| License | CC BY-SA 3.0 |
| Affiliations | MTU Michigan_Tech's_Open_Sustainability_Technology_Lab MY4777 |
| Language | English (en) |
| Translate to | Français, Español, Kiswahili, 中文, العربية, Русский, more |
| Export to | PDF, LaTeX, EPUB, ODT |
| Page views | 158 |
| Cite as Dhwani Trivedi, Kathy Nativi (2015). "Gyro mini nutating mixer". Appropedia. Retrieved 2021-10-21. | |
It is an ideal for mixing samples in blood and centrifuge tubes. The 3D printed mixer is a lot cheaper than that available in market.
Its almost 95% cheaper than that available commercially.
Gyratory action provides gentle, thorough mixing
- Ideal for mixing samples in blood and centrifuge tubes
- Fixed speed and pitch
- Safe for cold room use
Materials Needed[edit | edit source]
- M3 16 mm screws and nuts : 10
- 12 V dc motor : 1
- Roller skateboard bearings : 2
- Eraser : 2
Items to 3D Print[edit | edit source]
All STL files are available here http://www.thingiverse.com/thing:1195550
- cover
- test tube bed
- motor
- gear with bearing
- gear base
- Motor mount
- rotating rod
- rubber pad( with ninjaflex not pla)
- X shape
Instructions[edit | edit source]
- Print all the parts mentioned above.
- After printing the gear with bearing, attach the bearings in the space available.(Snap fit should do)
- While printing the gear base , pause it at height of 43 mm , insert the gear with bearing print and resume your print. This way your gear is secured to a place and will not move.
- Attach the shaft of the motor with the motor gear and secure the assembly to the motor mount.
- Take the motor mount , and adjust it on the gear base , such that both the gears are meshing completely. Then fix the motor mount at that point with nuts and bolts , or epoxy.
- Print the rotating rod and fix it with the printed X shape using nut and bolt.
- Fix the assembly of X shape and rod with the test tube bed with nuts and bolt. You may have to dril the exact location with 3 mm drill.
- Print the rubber pad with ninjaflex filament and attach it with the testtube bed using glue or nuts and bolts. Any one would work well.
- Print the case in two parts and attach them together.Glue 2 Erasers at the point where the cover is open leaving 8mm gap between them
- Place a switch in the hole given and solder it to the motor and adapter all in series.
- Attach the printed case with the gear base and fix it with nuts and bolts.
- Pass the rotating rod assembly through the gap between the erasers and fix it on the gear with bearing assembly.
- You are good to go. just turn the switch on and off and see the mixer work.
Cost[edit | edit source]
- Nuts and bolts - Approx 5 $
- Filament - Approx 10$
- Bearings ( Skateboard bearings ) : 2.5 $
- Motor : 12 $
- Batter or adapter : 6$
Total cost : 36 $
Notes[edit | edit source]
- You can print the cover as one print. just modify the design and join both the file to make it sturdy.
Due to time issues i printed it in 2 parts.