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Very interesting. We are also intriuged by the potential to print microdevices (either fluid or mechanical in nature) with biodegradable PLGA on the surface, so fine layers of 20-50um would be desirable. I will keep the trace width and bore hole size in mind when contemplating fine details in all 3 ...

PLGA has very similar viscosity and melting point to PLA so I expect it to be theoretically possible to be printed. My concern was being available to make it into a filament and making it available to the nozzle to run smoothly. The plan is to use this printer for research of bioprinted scaffolds or ...

I am working with my PI about buying a 3d printer, but he wants to be able to print poly(lactic-co-glycolic acid) (PLGA). It is not commercially available in a filament spool, but we can make it in the lab. Is it possible to adapt the Rostock MAX v2 3D Printer and it's nozzle to be able to print ...