Pause Function, allows integration of external elements (sensors, membranes, ports, etc.

Biocompatible, highly chemically-resistant printing polymer.

Ability to 3D print structures that can hold fluids up to 20bar (depending on design geometry).

Clash sets provide detailed Views of the clashes in the 3D model, showing a clearance as a positive measurement and a clash as a negative measurement. Use remotely linked 3D models (smaller file). A clash is a structural conflict within a 3D model. Commonly available 3D printers are not suitable for creating fluidically-sealed devices and, in response to this, Dolomite Microfluidics has developed Fluidic Factory – a highly innovative tool which enables FDM printing of fluidically-sealed microfluidic devices using a biocompatible polymer (COC). Render fireball as 3D sphere Render fallout contours on ground Render 3D mushroom cloud. The ability to fabricate a microfluidic device in one single step from a CAD model is advantageous in the field of microfluidics. 3D printing techniques, based on fused deposition modelling (FDM), provide an effective solution for non-expensive, easy, and fast microfluidic prototyping.ģD printing can be used to effectively reduce the time between design and practical experimentation, from weeks to hours, which greatly accelerates the research and development process for microfluidic applications and devices.

3D Printing for Microfluidics 3D Printing for Microfluidics

Coc 3d models