Along with a number of our colleagues from across the LSHTM faculties, we have recently become interested in experimenting with the use of 3D printing in global health research.
3D printing allows users to prototype devices, training aids, engagement tools, asset tags, laboratory equipment and almost anything else you can imagine.
In order to support such investigation, we have purchased an Ultimaker S5 3D printer [full specifications here] which is maintained in the LSHTM Clinical Research Labs and which we are happy to be able to make available to all staff and students of LSHTM through the LSHTM Global Health Analytics group’s range of pay what you can services.
Computer Assisted Design Tools
There are a huge number of open software options for developing your 3D model. For beginners we recommend the surprisingly powerful but very user friendly Tinkercad software. For more advanced users, Blender and Meshlab are professional tools with a steep learning curve but much more refined and extensive capabilities. For the greatest degree of modifiability and openness of hardware designs, we recommend using OpenSCAD. All these software options are able to output industry standard STL file format 3D mesh objects.
Service provision and requirements
Users are able to print from STL files which have been prepared for printing using the free Ultimaker Cura software. The LSHTM Global Health Analytics group will be able to support you to finalise your designs and to set up the printer.
Our printer can print in standard and experimental filaments and has a maximum build volume of 330 x 240 x 300 mm. Charges may apply to cover the build medium on a Pay What You Can (PWYC) basis. 3D printing is extremely low cost. 750g of PLA filament costs around £30 and can be procured through LSHTM suppliers.
Interested users are welcome to contact us at email@example.com