Particle tracking results demonstrating the mechanical properties of a 3D printed microscope stage, together with the Python scripts that performed the experiments and analysed the data to produce plots in the paper. Measurements were taken in the Cavendish Laboratory, Cambridge in 2015. Further details are provided in the paper. Also included are the STL files and OpenSCAD source files for the microscope design, though more up-to-date versions of these can be found at http://docubricks.com/projects/openflexure-microscope.This work was supported by the EPSRC [grant number EP/L027151/1] Queens College, Cambridge and the Royal Commission for the Exhibition of 1851
This repository contains designs and 3D printable mesh files for labware suitable for microbiology l...
We present the OpenFlexure Microscope software stack which provides computer control of our open sou...
International audienceThis article presents a new test prototype that leverages the 3D printing tech...
Open source hardware has the potential to revolutionise the way we build scientific instruments; wit...
Design files for the OpenFlexure Microscope: A 3D-printed, customisable, open-source optical microsc...
Open-source technology not only has facilitated the expansion of the greater research community, but...
This dataset contains microscopy images collected to demonstrate imaging capabilities of the OpenFle...
Microscopes are vital pieces of equipment in much of biological research and medical diagnostics. Ho...
We have developed a 3D printed Open source Biaxial Stretcher (OBS) to be a low-cost stage top mounta...
Software to run an OpenFlexure Microscope. This consists of a Python server, a web application clien...
The OpenFlexure Microscope is a 3D-printed laboratory-grade motorised microscope. Over the past 3 ye...
My PhD research project entitled “Creating tuneable agglomerates via 3D printing” is funded by Inter...
<div><p>The cost of specialized scientific equipment can be high and with limited funding resources,...
Atom probe tomography, and related methods, probe the composition and the three-dimensional architec...
Many laboratories utilize different types of opto-mechanical positioning devices in their experiment...
This repository contains designs and 3D printable mesh files for labware suitable for microbiology l...
We present the OpenFlexure Microscope software stack which provides computer control of our open sou...
International audienceThis article presents a new test prototype that leverages the 3D printing tech...
Open source hardware has the potential to revolutionise the way we build scientific instruments; wit...
Design files for the OpenFlexure Microscope: A 3D-printed, customisable, open-source optical microsc...
Open-source technology not only has facilitated the expansion of the greater research community, but...
This dataset contains microscopy images collected to demonstrate imaging capabilities of the OpenFle...
Microscopes are vital pieces of equipment in much of biological research and medical diagnostics. Ho...
We have developed a 3D printed Open source Biaxial Stretcher (OBS) to be a low-cost stage top mounta...
Software to run an OpenFlexure Microscope. This consists of a Python server, a web application clien...
The OpenFlexure Microscope is a 3D-printed laboratory-grade motorised microscope. Over the past 3 ye...
My PhD research project entitled “Creating tuneable agglomerates via 3D printing” is funded by Inter...
<div><p>The cost of specialized scientific equipment can be high and with limited funding resources,...
Atom probe tomography, and related methods, probe the composition and the three-dimensional architec...
Many laboratories utilize different types of opto-mechanical positioning devices in their experiment...
This repository contains designs and 3D printable mesh files for labware suitable for microbiology l...
We present the OpenFlexure Microscope software stack which provides computer control of our open sou...
International audienceThis article presents a new test prototype that leverages the 3D printing tech...