Jochen Neumaier

Want to 3D print your own flow system for around €500, including a dual syringe pump, pressure sensor and remote BPR. Meet FOMSy: link.springer.com/article/10.100… @MenzelFlo @maur3ra @jonny_cotton @uni_tue @WSIC_Tuebingen #openhardware #flowchemistry

3D-Print your own stainless steel flow reactor with any standard FDM 3D printer—plus DIY heating (200 °C) & cooling (–20 °C). Affordable, robust, and open source including a detailed manufacturing instruction. doi.org/10.1039/D5RE00… #flowchemistry #3Dprinting #openhardware

Are you still spotting your TLCs yourself? Our TLC spotting robot will do the work for you. It is open source and can be built for around €500. Link: doi.org/10.5206/joh.v8… @MenzelFlo @uni_tue #openhardware #3Dprinting

To all radiochemists: Do you still dry your 18F manually via azeotropic desitllation? Check out our drying module which can be build (3D print) for under 1000 €. @uni_tue @MenzelFlo @jonny_cotton @maur3ra @thezieglergroup doi.org/10.1002/jlcr.4…

@maur3ra @MenzelFlo Congratulation, @MenzelFlo 🥳

Congratulations to @MenzelFlo for his award at the #AGRR2023 meeting of the society of radiopharmaceutical sciences #GRPW! Proud and grateful that our collaboration project with @JochenNeumaier on #FOMSy was well-received and selected among the other excellent contributions 🤩🎉

@PieberLab @amieramadani Herzlichen Glückwunsch, Amiera!

@MedChemDan I have printed some more reactors (at 420, 450 and 480 °C, all leakproof). If you DM me your postal address, I can send them to you for testing....@KLchemistry @MedChemDan @Lees_tweeted

3D Printed #FlowChemistry hardware, in PEEK - very cool!

@nik0tron @uni_tue @klchem @Lees_tweeted @prusament It is Fiberlogy PETG Burgundy Transparent.

@JochenNeumaier @uni_tue @klchem @Lees_tweeted Nice! That looks like Carmine Red @prusament! 🧡

We 3D printed PEEK reactors at 420 °C instead of 480 °C and performed pressure tests with our FOMSy system up to 8 bar, still leakproof😀. doi.org/10.1039/D0RE00… doi.org/10.1007/s41981… #flowchemistry #3Dprinting #openhardware @uni_tue @KLchem @Lees_tweeted

With a printing temperature of 420 °C, an inexpensive printer such as the Creatbot F160 PEEK (~2300€) could be used. Does anyone have experience with this printer?

The Collection of Bespoke Laboratory Equipment (COBLE) is accepted with minor revisions in #AppsPlantSci which means I can finally post our designs! Want to #3Dprint your own lab equipment? Download the designs and step-by-step instructions here! printables.com/model/45750-co…

Our latest paper: new biomimetic flow fields for electrochemical microreactors via #3Dprinting.🧪⚡️ Thanks @inmagarlop for sharing this methodology.🍃🧠 A @TUC_research - @unicomplutense collaboration.👩‍🎓#Electrochemistry #FlowChemistry Link: doi.org/10.1039/D3RE00…📄

@KLchemistry @MedChemDan I can print some PEEK reactors as research samples for you. If the demand doesn't become too high, it's no problem.

@MedChemDan I just checked … can you make a donation of PEEK to my lab? 😂

Our publication on 3d-printed PEEK microreactors is now open source and available to all! A very good combination with FOMSy (see my last tweet). doi.org/10.1039/D0RE00…

@NickelCarbon @V_Saggiomo @MenzelFlo @maur3ra @jonny_cotton @uni_tue @WSIC_Tuebingen we use a standard analytical 6 way valve, e.g. Rheodyne 7725 or 7125 with injection port, but any other 6 way valve should also work.

@JochenNeumaier @V_Saggiomo @MenzelFlo @maur3ra @jonny_cotton @uni_tue @WSIC_Tuebingen Nice. Just wondering which valves you use? Can’t see this in the SI

Want to 3D print your own flow system for around €500, including a dual syringe pump, pressure sensor and remote BPR. Meet FOMSy: link.springer.com/article/10.100… @MenzelFlo @maur3ra @jonny_cotton @uni_tue @WSIC_Tuebingen #openhardware #flowchemistry

@Chagas_AM @Prometheus_sci @MenzelFlo @uni_tue @thezieglergroup It is still under development, early next year it should be finished...

@JochenNeumaier @Prometheus_sci @MenzelFlo @uni_tue @thezieglergroup This looks awesome! Could I ask for a link to documentation/paper describing it?

Upgrade to our 3D-printed dual syringe pump: Two optional pressure sensors with automatic shutdown function for each syringe. #flowchemistry #openhardware @MenzelFlo @uni_tue @thezieglergroup

Before we publish it, we want to implement some optional features to upgrade the pump. You need to be a little patient...

First real test of our new, completely 3D-printed, geared syringe pump. It will be published asap #flowchemistry #openhardware @MenzelFlo @thezieglergroup

Our first paper about 3D-printed PEEK reactors is now published in Reaction Chemistry & Engineering! Congrats to Florian Menzel and Thomas Klein and @thezieglergroup. @uni_tue see: pubs.rsc.org/en/content/art…