--- title: About ChemCubed --- [Skip to main content](https://chemcubed.com/about-chemcubed#main) - [About](https://chemcubed.com/about-chemcubed) - [Resources](https://chemcubed.com/resource-center) - [Events](https://chemcubed.com/events) - [Consulting Services](https://chemcubed.com/consulting-services) - [Contact](https://chemcubed.com/contact-us) - - [![ChemCubed-Logo_150px-Horizontal](https://chemcubed.com/hs-fs/hubfs/NEW%20Logos/Company%20Logo/ChemCubed-Logo_150px-Horizontal.png?width=310&height=50&name=ChemCubed-Logo_150px-Horizontal.png) ![ChemCubed-Logo_150px-Horizontal](https://chemcubed.com/hs-fs/hubfs/NEW%20Logos/Company%20Logo/ChemCubed-Logo_150px-Horizontal.png?width=279&height=45&name=ChemCubed-Logo_150px-Horizontal.png) ![ChemCubed-Logo_150px-Horizontal](https://chemcubed.com/hs-fs/hubfs/NEW%20Logos/Company%20Logo/ChemCubed-Logo_150px-Horizontal.png?width=310&height=50&name=ChemCubed-Logo_150px-Horizontal.png) ![ChemCubed-Logo_150px-Horizontal-1](https://chemcubed.com/hs-fs/hubfs/ChemCubed-Logo_150px-Horizontal-1.png?width=176&height=28&name=ChemCubed-Logo_150px-Horizontal-1.png)](https://chemcubed.com?hsLang=en) - [Show submenu for Additive Printed Electronics Additive Printed Electronics](https://chemcubed.com/electrojet) - [ElectroJet™ Materials](https://chemcubed.com/electrojet-materials) - [ElectroJet™ Printers](https://chemcubed.com/electrojet-systems) - [ElectroJet™ Processes](https://chemcubed.com/electrojet-processes) - [Show submenu for 3D Printing Materials 3D Printing Materials](https://chemcubed.com/materials) - [NanoCubed™ Tailored Materials](https://chemcubed.com/nanocubed) - [ElectroJet™ Materials](https://chemcubed.com/electrojet-materials) - [Applications](https://chemcubed.com/applications) Open main navigation Close main navigation - Show submenu for Additive Printed Electronics Additive Printed Electronics - Additive Printed Electronics - [Additive Printed Electronics](https://chemcubed.com/electrojet) - [ElectroJet™ Materials](https://chemcubed.com/electrojet-materials) - [ElectroJet™ Printers](https://chemcubed.com/electrojet-systems) - [ElectroJet™ Processes](https://chemcubed.com/electrojet-processes) - Show submenu for 3D Printing Materials 3D Printing Materials - 3D Printing Materials - [3D Printing Materials](https://chemcubed.com/materials) - [NanoCubed™ Tailored Materials](https://chemcubed.com/nanocubed) - [ElectroJet™ Materials](https://chemcubed.com/electrojet-materials) - [Applications](https://chemcubed.com/applications) - Search - [Request a Demo](https://chemcubed.com/request-a-demo) - [About](https://chemcubed.com/about-chemcubed) - [Resources](https://chemcubed.com/resource-center) - [Events](https://chemcubed.com/events) - [Consulting Services](https://chemcubed.com/consulting-services) - [Contact](https://chemcubed.com/contact-us) - - [Request a Demo](https://chemcubed.com/request-a-demo?hsLang=en) Search # About ChemCubed ## We are Innovating the Future of Additive Manufacturing ##### Where Innovation Extracts Jettable Solutions. ![cube](https://chemcubed.com/hs-fs/hubfs/cube.png?width=316&height=350&name=cube.png) # Who are we? Born out of a collaborative effort, ChemCubed is led by a team of technical and marketing professionals with a collective experience of over 20 years in the printing industry. ###### [![dan-slep_square](https://chemcubed.com/hs-fs/hubfs/dan-slep_square.jpg?width=800&height=800&name=dan-slep_square.jpg) Daniel Slep, PhD Co-Founder & CEO](https://chemcubed.com/team?hsLang=en) ###### [![nick-bonura_square](https://chemcubed.com/hs-fs/hubfs/nick-bonura_square.jpg?width=800&height=800&name=nick-bonura_square.jpg) Nick Bonura, MS Product Manager](https://chemcubed.com/team?hsLang=en) ###### [![bill-shuford_square](https://chemcubed.com/hs-fs/hubfs/bill-shuford_square.jpg?width=800&height=800&name=bill-shuford_square.jpg) Bill Shuford Business Development Manager](https://chemcubed.com/team?hsLang=en) ###### [![christopher-booher_square](https://chemcubed.com/hs-fs/hubfs/christopher-booher_square.jpg?width=800&height=800&name=christopher-booher_square.jpg) Christopher Booher Board Member Advisor](https://chemcubed.com/team?hsLang=en) ## We Believe in Innovation At the core of our mission are strategic market objectives aimed at revolutionizing the landscape of Additive Manufacturing.  #### Groundbreaking Reasearch We stand at the forefront of groundbreaking research, development, and manufacturing in the nano-composite materials field, specifically tailored for additive manufacturing. #### Commitment to Excellence Our commitment to excellence is underscored by our focus on end-use applications, pushing the boundaries of physical, mechanical, conductive, and insulative properties. #### Revolutionizing Markets Additive manufacturing continues to revolutionize key market segments including electronics, aerospace, automotive, military, medical, and security ushering in unparalleled levels of customization, efficiency, and performance. ## Electrifying Possibilities At ChemCubed, we recognize the universal presence of printed circuit boards (PCBs) in today's world, yet we acknowledge the limitations imposed by the reliance on 20th-century manufacturing techniques. Our commitment to innovation drives us to address the challenges faced in the production process, particularly in Additive Manufacturing Electronics (AME). ###### Recognized Potential Currently, the materials available for AME are primarily suited for design, development, and prototyping, lacking the comprehensive capability required for end-to-end system integration. We understand the potential for scaling production using proven materials and printing technologies, coupled with compatible component surface mount technologies. ###### The Problem The widespread adoption of these technologies is needed by the presence of fully available and compatible end-to-end manufacturing systems, encompassing component mounting capabilities such as Surface Mount Technology (SMT).  ###### Our Manufacturing Solution To resolve this issue, we advocate for a system upgrade that integrates semi-automated printing, material, process compatibility testing, and validated equipment. By offering a comprehensive manufacturing solution that synergizes all these elements, we aim to overcome existing limitations and catalyze the widespread adoption of advanced manufacturing technologies. ## Affiliations & Memberships Since 2021, ChemCubed has been a member of NextFlex, and by 2022, we expanded our affiliation to include IPC, SME, and Semi. The Advanced Energy Research and Technology Center (AERTC) at Stony Brook University serves as the hub for our additive manufacturing solutions and the LIMEP has provided excellent support. These memberships have been instrumental in fostering the development of innovative manufacturing solutions across diverse sectors, ranging from aerospace and military to electronics and automotive industries. ChemCubed takes pride in its association with esteemed and collaborative organizations, and we are committed to furthering our network of clients and partners as we continue to innovate and grow. ![advanced energy](https://chemcubed.com/hs-fs/hubfs/aec-logo_300px.png?width=250&height=60&name=aec-logo_300px.png) ![ipc](https://chemcubed.com/hs-fs/hubfs/ipc-logo_300px.png?width=250&height=59&name=ipc-logo_300px.png) ![nextflex](https://chemcubed.com/hs-fs/hubfs/nextflex-logo_300px.png?width=250&height=51&name=nextflex-logo_300px.png) [![semitech logo](https://chemcubed.com/hs-fs/hubfs/semitech%20logo.png?width=200&height=200&name=semitech%20logo.png)](https://semitechsemi.com/) [![LIMEP logo](https://chemcubed.com/hs-fs/hubfs/LIMEP%20logo.png?width=500&height=263&name=LIMEP%20logo.png)](https://www.stonybrook.edu/mtrc/) [![sme-logo-color-100b](https://chemcubed.com/hs-fs/hubfs/sme-logo-color-100b.webp?width=244&height=100&name=sme-logo-color-100b.webp)](https://www.sme.org/) ### Our Vision ###### Whether it's rapid prototyping with multiple iterations, custom manufacturing for highly specialized components, or efficiency gains through significant reductions in raw material parts, ChemCubed is dedicated to advancing manufacturing capabilities. We champion the integration of form and function, contributing to the realization of printed electronics. Join us on our journey as we redefine the possibilities of Additive Manufacturing. ### Location Our location is in Nesconset, New York, near Stony Brook University. This strategically chosen location allows us to continually push the boundaries of what is achievable in the Additive Manufacturing landscape. [Contact Us](https://chemcubed.com/contact-us?hsLang=en) ![104-Lake-Ave-S-Nesconset-NY-Building-Photo-1-HighDefinition](https://chemcubed.com/hs-fs/hubfs/104-Lake-Ave-S-Nesconset-NY-Building-Photo-1-HighDefinition.jpg?width=1350&height=900&name=104-Lake-Ave-S-Nesconset-NY-Building-Photo-1-HighDefinition.jpg) [![ChemCubed-Logo_150px-Horizontal-White](https://chemcubed.com/hs-fs/hubfs/ChemCubed-Logo_150px-Horizontal-White.png?width=300&height=48&name=ChemCubed-Logo_150px-Horizontal-White.png)](https://chemcubed.com/temporary-2813761826381263?hsLang=en) - [About](https://chemcubed.com/about-chemcubed) - [Resources](https://chemcubed.com/resource-center) - [Events](https://chemcubed.com/events) - [Contact Us](https://chemcubed.com/contact-us) ©2026 ChemCubed, LLC All rights reserved. [Privacy Policy](https://chemcubed.com/privacy-policy?hsLang=en) - -