Awesome pumping action Zach! The new NYCR logo ought to be one of the colors of your pumping goo – it’s nice and tasteful and all but it would really jump out of my bookmarks list if it was that tomato goo color. Oh well – Pump on, brother!
[…] the video above shows, [Zach Hoeken] is continuing to improve on his peristaltic pump design. The moving parts in peristaltic pumps never contact the fluid being moved. […]
[…] the video above shows, [Zach Hoeken] is continuing to improve on his peristaltic pump design. The moving parts in peristaltic pumps never contact the fluid being moved. […]
I built a device that has 6 stacked peristaltic pumps driven off a single drive motor. A solenoid on each movable roller surface chooses what pump actually moves material to choose a single liquid or a mixture of liquids in varying ratios. Laser cutting the prototype would have been nice.
Awesome pumping action Zach! The new NYCR logo ought to be one of the colors of your pumping goo – it’s nice and tasteful and all but it would really jump out of my bookmarks list if it was that tomato goo color. Oh well – Pump on, brother!
[…] the video above shows, [Zach Hoeken] is continuing to improve on his peristaltic pump design. The moving parts in peristaltic pumps never contact the fluid being moved. […]
[…] the video above shows, [Zach Hoeken] is continuing to improve on his peristaltic pump design. The moving parts in peristaltic pumps never contact the fluid being moved. […]
I built a device that has 6 stacked peristaltic pumps driven off a single drive motor. A solenoid on each movable roller surface chooses what pump actually moves material to choose a single liquid or a mixture of liquids in varying ratios. Laser cutting the prototype would have been nice.