PRINTED ELECTRONICSI N T E G R AT E D N AN O M AT E R I AL S L AB O R ATO RY

OptomecOptomec Aerosol Jet Printing • High resolution: 10um minimum feature size• Mask-less Process: Cost efficient and High flexibility• Inks: Large range of inks available • Materials: Conductive, semiconductors and even biological• Substrates: Flat, flexible and 3D substrate

Inkjet Printing • High resolution: 20-25um minimum feature size• Low viscosity: 20cp • Inks: ph range 2-11• Inkjet head distance: Fixed, typically equal to 1mm• Materials: Conductive, semiconductors and even biological• Substrates: Flat, flexible and 3D substrate

*muri-printed-electronics-aerosol jet printing*

Materials Ink Formulation Printing Drying Sintering Device

Optomec Optomec Optomec

*Two-dimensional material nanophotonics*

• Electromagnetic spectrum that the materials range (a)• Atomic structure of hBN, MoS2, PB and graphene• Band structures of the different materials (b-e)

Synthesis of 2D Materials• Chemical Vapor deposition • Liquid Exfoliation• Mechanical Exfoliation• Molecular Beam Epitaxy • Intercalation

Ultra-sonication Process

Co-solvent exfoliated of 2D materials

Xia, F. et al.

AJP MoS2 and PEDOT:PSS on Si/SiO2and CVD-grown Graphene

100 umGraphene

MoS2

PEDOT:PSS

Chang, A.N. et al.

ADDITIVE MANUFACTURING – INKJET AND AEROSOL JET PRINTING

MULTIFUNCTIONALINK DEVELOPMENT

PRINTED 2D MATERIALS FLEX HYBRID

h-BN Bi2Te3 Graph. Mo2Te3 WS2 MoS2 MoSe2

SEM AJP Graphene on Glass 40 um

5 um