🔶 instrumentation engineer
🛠️ hardware archeologist
🛠️ obsolete device innovator
#️⃣ #hardwarearcheology #ChemSky #microfluidics
💬 ENG / UA / CZ
📝 opinions are my own
#ach_upol #chemsky
#ach_upol #chemsky
#microfluidics #hardwarearcheology
#microfluidics #hardwarearcheology
version was developed for company named Kenium.
#️⃣ #hardwarearcheology #Fluigent #microfluidics
version was developed for company named Kenium.
#️⃣ #hardwarearcheology #Fluigent #microfluidics
Credits for the .STL model www.thingiverse.com/thing:182089
#Formlabs #Form3 #3dprinting
Credits for the .STL model www.thingiverse.com/thing:182089
#Formlabs #Form3 #3dprinting
This assembly is located at the detector side of reflectron, Micromass Premier QToF MS.
📷 @kycenk.bsky.social
#️⃣ #hardwarearcheology
#MassSpec
This assembly is located at the detector side of reflectron, Micromass Premier QToF MS.
📷 @kycenk.bsky.social
#️⃣ #hardwarearcheology
#MassSpec
#MassSpec
#MassSpec
#️⃣#chemsky
#instrumenrationengineering
#️⃣#chemsky
#instrumenrationengineering
Moschou, Despina & Tserepi, A.. (2017). The Lab-on-PCB approach: Tackling the μTAS commercial upscaling bottleneck. Lab Chip. 17. 10.1039/C7LC00121E.
Nevertheless, this is quite old paper.
Moschou, Despina & Tserepi, A.. (2017). The Lab-on-PCB approach: Tackling the μTAS commercial upscaling bottleneck. Lab Chip. 17. 10.1039/C7LC00121E.
Nevertheless, this is quite old paper.