Revision as of 20:50, 11 May 2023

Basics

This page goes over the existing projects, and the potential for an OSE Standard Design for a Peristaltic Pump

For the non-medical applications OSE is interested in, a moderate flow rate is desirable
- ie not miniscule amounts, short of those medical uses, or some Scientific Uses Lab Scale devices etc, not Pilot Plant level stuff)
- This can probably be maximum Flow Rate of 250-1000 mL/Min
Using normal NEMA Stepper Motors is desirable
Using standard Silicone Tubing (or Latex Tubing in applications where that is not an issue) Sizes is a must
Either having the flow directly controlled by an Arduino + Arduino Shield / Breakout Board or even just a Breadboard, a Custom PCB , or having this be an easy future option via some sort of common existing Electrical Connector / port is a must

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 =Basics=
 *This page goes over the existing projects, and the potential for an [[OSE Standard Design]]  for a [[Peristaltic Pump]]
+=Minimum Viable Product=
+*For the non-medical applications OSE is interested in, a moderate flow rate is desirable
+**ie not miniscule amounts, short of those medical uses, or some Scientific Uses [[Lab Scale]] devices etc, not [[Pilot Plant]] level stuff)
+**This can probably be maximum [[Flow Rate]] of 250-1000 [[mL/Min]]
+*Using normal [[NEMA Stepper Motors]] is desirable
+*Using standard [[Silicone Tubing]] (or [[Latex Tubing]] in applications where that is not an issue) [[Common Silicone Tubing Sizes | Sizes]] is a must
+*Either having the flow directly controlled by an [[Arduino]] + [[Arduino Shield]] / [[Breakout Board]] or even just a [[Breadboard]],  a [[Custom PCB]] ,  or having this be an easy future option via some sort of common existing [[Electrical Connector]] / port is a must
+= [[Existing Open Source Designs]] =
+*
 =Internal Links=