Negligible-cost microfluidic device fabrication using 3D-printed interconnecting channel scaffolds Available open access via PLOS One: https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0245206 Harry, Robert Hughes and Andrea Diaz […]
Harry today presented his poster titled “Investigating strategies for mass property replication in 3D printed prototypes” at DCC2020 – virtually, of course, […]
We would like to thank the organisers of Design 2020 for a fantastic virtual conference, with four papers presented by member of […]
We’ve had an extended abstract published and poster presented at MicroTAS 2020 that demonstrates a proof-of-concept for a negligble cost, open-source micorfluidic device fabrication process using desktop 3D printers.
Harry has put together a video introducing material extrusion at a beginner level as part of Project Clean Access. The aim of […]
We’re pleased to say we’ve been funded by the Royal Academy of Engineering and are now in a position to officially launch […]
Today we have opened four new clean access challenges that are open for submissions now: Clean Access Challenge 3: Hot Desking in […]
The DMF lab has had three papers published today in the proceedings of Design 2020. Though the conference has been delayed due […]
Project Clean Access has offcially launched on the DMF website. Please head over to the Project Clean Access page on our site […]
The T-Pen design features a dongle with a “T” shaped head that allows the user to apply force in 3 axes to an adapter. The concept is for each person to have a T-Pen that is capable of working in adapters placed around a workplace, home, shop etc.. This would allow people to open doors and operate mechanisms without touching a surface someone else may have come into contact with – breaking the COVID-19 transmission path. A lid is also provided to allow the pen to be covered when not in use.