IINTS is an open-source insulin pump project designed for affordability and accessibility. Built with Python in Thonny, it controls insulin delivery using stepper motors and a user-friendly interface. Fully customizable and licensed under MIT.
python35
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This is a project done at EST-RUB. Here is the control and interface of a vacuum system using a Pfeiffer turbo pump plus a backing pump
This is a project done at EST-RUB. Here is the control and interface of a vacuum system using a Pfeiffer turbo pump plus a backing pump
This is a project done at EST-RUB. Here is the control and interface of a vacuum system using a Pfeiffer turbo pump plus a backing pump
This is a project done at EST-RUB. Here is the control and interface of a vacuum system using a Pfeiffer turbo pump plus a backing pump
This is a project done at EST-RUB. Here is the control and interface of a vacuum system using a Pfeiffer turbo pump plus a backing pump
This is a project done at EST-RUB. Here is the control and interface of a vacuum system using a Pfeiffer turbo pump plus a backing pump
This is a project done at EST-RUB. Here is the control and interface of a vacuum system using a Pfeiffer turbo pump plus a backing pump
This is a project done at EST-RUB. Here is the control and interface of a vacuum system using a Pfeiffer turbo pump plus a backing pump
This is a project done at EST-RUB. Here is the control and interface of a vacuum system using a Pfeiffer turbo pump plus a backing pump
Secondary home of the Open-Source Modular Infusion (OSMI) anesthesia pump. Credit of initial progress to Mitchell Boucher, Tyler Koopman, and Jimmy Zhang. This repository builds off their original design.
Secondary home of the Open-Source Modular Infusion (OSMI) anesthesia pump. Credit of initial progress to Mitchell Boucher, Tyler Koopman, and Jimmy Zhang. This repository builds off their original design.
Highly integrated electronics design and printed circuit boards (PCBs) for the MATE ROV Competition. Attempt the impossible.
wntrblm
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