Florian Menzel

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…

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

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

@thezieglergroup @hiltonlab @School_Pharmacy @JochenNeumaier Sure, great idea !

@hiltonlab @School_Pharmacy Nice! @JochenNeumaier @MenzelFlo could you print some of those? (Asking for a friend 😜)

From compounds balanced on old cork rings and bottle tops to easy to use holders that fit into fridges. Quick design and printing - approx $0.50 each to print - feel free to download from -thingiverse.com/thing:395747

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…