ALTYMIK INC. (20240342979). ADDITIVE MANUFACTURING USING CARBON NANOTUBES AND FORMULATION FOR USE IN SAME simplified abstract

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ADDITIVE MANUFACTURING USING CARBON NANOTUBES AND FORMULATION FOR USE IN SAME

Organization Name

ALTYMIK INC.

Inventor(s)

Daniel Slep of Setauket NY (US)

Fan Yang of South Setauket NY (US)

ADDITIVE MANUFACTURING USING CARBON NANOTUBES AND FORMULATION FOR USE IN SAME - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240342979 titled 'ADDITIVE MANUFACTURING USING CARBON NANOTUBES AND FORMULATION FOR USE IN SAME

The abstract describes a patent application for an additive manufacturing process using an inkjet printer to form layers of carbon nanotube-containing and non-carbon nanotube-containing dielectric inks on a substrate.

  • The non-carbon nanotube-containing dielectric ink is contained in a vessel and supplied to the printer head for application on the substrate.
  • The carbon nanotube-containing dielectric ink is contained in a separate vessel to prevent mixing with the non-carbon nanotube-containing ink.
  • The two inks are applied to the substrate using different printer heads to form distinct layers.

Potential Applications: - Manufacturing of electronic components - Development of advanced sensors - Creation of high-performance capacitors

Problems Solved: - Precise deposition of different types of dielectric inks - Avoidance of contamination between inks - Enhanced control over layer formation

Benefits: - Improved efficiency in manufacturing processes - Enhanced performance of electronic devices - Cost-effective production of complex structures

Commercial Applications: Title: Advanced Additive Manufacturing Process for Electronic Components This technology can be utilized in the production of high-tech electronic devices, sensors, and capacitors, catering to industries such as electronics, telecommunications, and aerospace.

Questions about the technology: 1. How does the inkjet printer ensure the precise application of different dielectric inks? 2. What are the advantages of using carbon nanotube-containing dielectric ink in electronic components?


Original Abstract Submitted

an additive manufacturing process using an inkjet printer for forming at least one layer of a carbon nanotube-containing dielectric ink and at least one layer of a non-carbon nanotube-containing dielectric ink on a substrate includes the steps of containing the non-carbon nanotube-containing dielectric ink in a first vessel of the inkjet printer; supplying the non-carbon nanotube-containing dielectric ink to a first printer head of the inkjet printer from the first vessel; applying by the first printer head of the inkjet printer the non-carbon nanotube-containing dielectric ink to the substrate to form the at least one layer of the non-carbon nanotube-containing dielectric ink thereon; containing the carbon nanotube-containing dielectric ink in a second vessel of the inkjet printer; supplying the carbon nanotube-containing dielectric ink to a second printer head of the inkjet printer from the second vessel, wherein the first vessel is not in fluid communication with the second vessel to ensure that the non-carbon nanotube-containing dielectric ink contained in the first vessel is not mixed with the carbon nanotube-containing dielectric ink contained in the second vessel prior to the non-carbon nanotube-containing dielectric ink and the carbon nanotube-containing dielectric ink being supplied to the first printer head and the second printer head, respectively; and applying by the second printer head of the inkjet printer the carbon nanotube-containing dielectric ink to the substrate to form the at least one layer of the carbon nanotube-containing dielectric ink thereon.

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