A Review on Printed Electronics with Digital 3D Printing: Fabrication Techniques, Materials, Challenges and Future Opportunities

Rao, C Hanumanth; Kothuru, Avinash; Varaprasad, B.K.S.V.L.; Goel, Sanket

doi:10.1007/s11664-022-09579-7

Cited by 73 publications

(25 citation statements)

References 116 publications

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“…There exist many options for conductive additives for paste 3D printing; however, synthetic graphite was chosen for its large-scale availability, high conductivity, and smaller particle size (20 μm). Controlling the particle size of the synthetic graphite enabled improved resistances and good electrical conductivity to be achieved, leading to a more electrically stable formulation .…”

Section: Resultsmentioning

confidence: 99%

3D Printing of Monoliths Using TIFSIX-Ni-Based Formulations for the Electric Swing Adsorption of CO₂

Kearns

Xia

Gillespie³

et al. 2023

ACS Appl. Mater. Interfaces

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The hybrid ultraporous material TIFSIX-Ni ([Ni-(pyrazine) 2 (TiF 6 )] n ) was incorporated into a composite ink for the first time for the three-dimensional (3D) printing of monoliths. The large-scale synthesis of TIFSIX-Ni was completed using two different Ni(II) salts, with CO 2 uptakes of 1.90 mmol g −1 achieved using mechanochemically assisted thermal synthesis. The monoliths were then tested for the capture and release of CO 2 gas using electric swing adsorption (ESA) under dry and humid conditions. A working capacity of 1.7% was achieved (comparing dynamic data with isotherm data) when a current of 2.1 A was applied for 10 min. The monolith could be cycled repeatedly for 6 h without impacting the performance of the material or loss of capacity. Part of this work explored the improvement of mechanochemically assisted synthetic methods of TIFISX-Ni in reducing the costs associated with large-scale production, allowing for improvements in the overall scale-up and processability of the material for industrial applications.

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Section: Resultsmentioning

confidence: 99%

3D Printing of Monoliths Using TIFSIX-Ni-Based Formulations for the Electric Swing Adsorption of CO₂

Kearns

Xia

Gillespie³

et al. 2023

ACS Appl. Mater. Interfaces

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show abstract

“…Material deposition techniques are gaining popularity in the realms of microfabrication due to their ability to precisely deposit controlled amounts of materials. As the amount of material and the placement can be accurately controlled, these techniques have found applications in micro-optics, electronics, and biomedical fields [31,32,[70][71][72]. The depositionbased techniques can be further classified based on the type of material being deposited and the deposition mechanism.…”

Section: Materials Deposition-based Micromanufacturing Techniquesmentioning

confidence: 99%

Additive manufacturing of micropatterned functional surfaces: a review

Chivate,

Zhou

2024

Int. J. Extrem. Manuf.

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Over the course of millions of years, nature has evolved to ensure survival and presents us with a myriad of functional surfaces and structures that can boast high efficiency, multifunctionality, and sustainability. What makes these surfaces particularly practical and effective is the intricate micropatterning that enables selective interactions with microstructures. Most of these structures have been realized in the laboratory environment using numerous fabrication techniques by tailoring specific surface properties. Of the available manufacturing methods, additive manufacturing (AM) has created opportunities for fabricating these structures as the complex architectures of the naturally occurring microstructures that far exceed the traditional ways. This paper presents a concise overview of the fundamentals of such patterned microstructured surfaces, their fabrication techniques, and diverse applications. A comprehensive evaluation of micro fabrication methods is conducted, delving into their respective strengths and limitations. Greater emphasis is placed on AM processes like inkjet printing and micro digital light projection printing due to the innate advantages of these processes to additively fabricate high resolution structures with high fidelity and precision. The paper explores the various advancements in these processes in relation to their use in microfabrication and also presents the recent trends in applications like the fabrication of microlens arrays, microneedles, and tissue scaffolds.

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“…There have been a number of books, reviews and foresight papers published in the last decade on the applications of 3D printing of electronics. 2,4,[215][216][217][218][219][220][221] From the most promising and revolutionary concepts introduced in the literature, there needs to be mentioned a fully 3D printed loudspeaker with FDM and DIW techniques, 222,223 followed by one of the most complete 3D electronic printers introduced to the market, combining FDM and DIW with low-viscosity, reactivity, and low-temperature cured silver inks exhibiting resistivity close to bulk silver. 224 FDM printed composites were used for the fabrication of piezoresistive and capacitive sensors for smart gloves, smart vessels and tactile pads, 225,226 large-scale composite magnets, 207 and polymer composites highly-loaded with dielectric ceramic powders.…”

Section: D Printed Structural Electronicsmentioning

confidence: 99%

3D printed electronics with nanomaterials

Słoma

2023

Nanoscale

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A Review on Printed Electronics with Digital 3D Printing: Fabrication Techniques, Materials, Challenges and Future Opportunities

Cited by 73 publications

References 116 publications

3D Printing of Monoliths Using TIFSIX-Ni-Based Formulations for the Electric Swing Adsorption of CO₂

3D Printing of Monoliths Using TIFSIX-Ni-Based Formulations for the Electric Swing Adsorption of CO₂

Additive manufacturing of micropatterned functional surfaces: a review

3D printed electronics with nanomaterials

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A Review on Printed Electronics with Digital 3D Printing: Fabrication Techniques, Materials, Challenges and Future Opportunities

Cited by 73 publications

References 116 publications

3D Printing of Monoliths Using TIFSIX-Ni-Based Formulations for the Electric Swing Adsorption of CO2

3D Printing of Monoliths Using TIFSIX-Ni-Based Formulations for the Electric Swing Adsorption of CO2

Additive manufacturing of micropatterned functional surfaces: a review

3D printed electronics with nanomaterials

Contact Info

Product

Resources

About

3D Printing of Monoliths Using TIFSIX-Ni-Based Formulations for the Electric Swing Adsorption of CO₂

3D Printing of Monoliths Using TIFSIX-Ni-Based Formulations for the Electric Swing Adsorption of CO₂