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Liquid Additive Manufacturing (LAM) of Silicone Rubber Components

Rick Ziebell (Technical Fellow, R.D. Abbott Company Inc)

Location: 208B

Date: Tuesday, February 5

Time: 3:15pm - 4:00pm

Track: 3D Printing Innovation Summit

Vault Recording: TBD

A new 3D printer technology using Liquid Silicone Rubber (LSR) has recently been developed to produce soft-elastomers of the highest capabilities through a process called Liquid Additive Manufacturing (LAM). LAM 3D printing techniques bring rapid prototyping to include fit, form, and now functional evaluation of printed "soft" part.

This session presents a validation study of 3D printed parts to that of the injection molded analog thus validating the LAM printer technology. The study is a side-by-side comparison of ASTM slabs three dimensionally printed both in X-Y and in X-Z print configuration to show the anisotropic qualities of LSR in bead-to-bead and layer-to-layer physical property performance. Comparisons of printed, compression molded, and injection molded LSR will be made to establish the analogous performance of printed versus molded.

Presentation File

Liquid_Additive_Manufacturing_LAM_of_Silicone_Rubber_Components_.pdf