3D PRINTING FOR MICROFLUIDICS

Description:
During this workshop we will cover the key 3D printing techniques used for microfluidics: fused deposition modeling (FDM), inkjet 3D printing and lithographic approaches including stereolithography/digital light projection (SLA/DLP) and 2 photon polymerization (2PP). Following an introduction of the techniques, an overview will be provided how these approaches have been applied to microfluidics. Special attention will be paid to functional integration using post print, print pause print, and in-print approaches. Rosanne and Craig will be accompanied by representatives from UpNano and Boston MicroFabrication (BMF) to present the latest advances in ultra-high resolution 3D printing using 2PP and projection micro-stereolithography. The session will be concluded by a panel discussion.

Objectives:
Attendees will learn about the way FDM, inkjet 3D printing and SLA/DLP techniques differ, and how all have been used for printing microfluidic structures. The complementary nature of the approaches will be highlighted through a discussion of opportunities and challenges for each technique. The rapid advances in ultra-high resolution 3D printing will be presented by representatives from two leading commercial suppliers of ultra-high resolution 3D printing covering 2PP (UpNano) and projection micro-stereolithography (BMF).