I thought you have way more subscribers until I looked at how many you actually have, but I think you are going to have many many more with this kind of quality content!
Thankyou for your comment I love to read what people think and say :) part to is on its way, currently doing some more tests to produce the best result possible for my viewers
Great design idea, I am working on small pumps for simulating blood flow, they need to be simple and reliable, this is very promising start! Thanks Sir!, I have subbed and liked!
Amazing design thanks a lot explaining all the steps as well. I am planning to do a similar version perhaps a smaller one. What would you suggest instead of using 6 ball bearings (seams a little bit overkill) ? Is there any alternative ? You gain a follower btw, thanks again.
Hey thanks for subscribing and asking :) I finished the test assembly yesterday of the IKEA drill based motor add-on yesterday. So today I'll be filming and then uploading it. EDIT: unfortunately I had some complications hence I need to push the upload to tomorrow I'm sorry!
Great video. Do you think the pump is strong enhough to pump a viscous fluid like honey? I would like to use your disign in combination with a stepper motor (3Nm) to pump in honey in jars.
Hey thank you! I've working on a inner plate for the pump that can work with a 12 mm hose. however I have no idea how much I need to compress the hose to get a food seal so you you can give me the actual compression than ik can use that that number for the pump let's say you have a wall Diameter of (12-8)/2 = 2mm so you need to squeeze you hose in a 4 mm wide chamber however 4mm will certainly leak what I need to know is Do I need a 3.8mm chamber or a 3.7 etc
Thanks for great videos! I have built the pump and it feels very solid! I am however having an issue finding food safe 11x8 hoses. The common one seems to be 12x8. Do you think 2mm hose wall thickness will be to tough for the pump? Obviously I have to try to change the design to make the house but bigger I am a newbie at Fusion 360 so it will be a challenge. Are there any remixes out there?
What you can do is redrawing the core and move the holes inwards :) the hole locations determines the hose clearance if you can't figure it out then reach out to me and I'll help you. I'm also working on a new version perhaps I can include the plates needed for your hose :)
Hey I found this hose on Amazon :) www.amazon.com/HONGLU-Silicone-Tubing-Transfer-Homebrew/dp/B07V5PKYMK/ref=mp_s_a_1_3?dchild=1&keywords=food+grade+silicone+tube+11+8&qid=1613457581&sr=8-3
your design is amazing, congratulations! I would like to be able to use larger hose (like 10mm DI) but it doesn't work with this design, could you send the editable design to make it a little bigger? By the way, you have a new subscriber for your huge work.
Thank you! ehm the file is really complicated and cannot esally be changed perhaps you can let me know what OD you need and how much the gap needs to be when the the hose is squshed
Hi!, I'm not sure what the minimum tork is i do not yet have a torque wrench 😬. All I can advise you is to take a geared motor and tell je a NEMA 17 is to weak
3 года назад
I can easily find 12/9 mm hose, has anyone tried with that dimension?
Ehm I've not tested the torque but you need a motor from a cordless drill with the gearbox attached or you could use a nema 17 with a gearbox without will not work
Neat project for education and design practice, but not really practical for a functional project. Market is flooded with cheap aquarium and hydroponic peristaltic pumps, so cheaper just to buy them, unless you're needing some high precision chemical resistant lab pump. When i built my Arduino based nutrient dosing system a few years back they were running like 2 to 4 bucks a pop on aliexpress.
![3d Printing PERISTALTIC PUMP BUILD [Part1/2]](/img/logo.svg){kind=logo}
