While software rarely catches the headlines in bioprinting, it is the key to creating 3D models and processing these files to direct the 3D printing hardware. Today there is a variety of  powerful 3D CAD platforms available for users. However, the software needs of bioprinting are unique enough that new or modified software is often required.

This page is a hub for all resources related to software.

  • Xylinus
    • Xylinus is a plug-in written for Grasshopper, the visual scripting environment for Rhino.
    • It allows for novel control of 3D printers, generating G code directly from native Rhino and Grasshopper geometries including solids, surfaces, and curves.
    • It has tools for printers based on FDM filament extrusion, pneumatically-controlled syringes, ink-jet, and DLP Stereolithography.
  • Slic3r
    • Slic3r is an open-source STL slicer for filament-based printers.
  • Pronterface
    • Printrun is a full suite of host interfaces for 3D printers and CNC, consisting of:
      • Pronterface – a fully-featured GUI host
      • Pronsole -an interactive command line host for the lower level work via the console
      • Printcore – a standalone non-interactive G-Code host
  • Marlin
    • Marlin is a most common firmware used to to manage the electronics, motors, and other hardware elements of a 3D printer.
    • Marlin is open-source and readily extensible for custom operations.


Posts tagged with “software”


$query = new WP_Query( ‘cat=”DLP”‘ );
if ( $query->have_posts() ) : while ( $query->have_posts() ) : $query->the_post();


‘. the_title().’

‘ . ‘

‘. the_content().’




else :


Sorry, no posts matched your criteria.