--- title: NanoCubed™ --- [Skip to main content](https://chemcubed.com/nanocubed#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 ## We Make Custom Materials to Meet Your Printing Needs ![Nano-Cubed-3D-Printed-Cogs](https://chemcubed.com/hs-fs/hubfs/Nano-Cubed-3D-Printed-Cogs.jpg?width=450&height=450&name=Nano-Cubed-3D-Printed-Cogs.jpg) ![NanoCubed™ 3D Printing Solutions](https://chemcubed.com/hs-fs/hubfs/nano-cubed-logo.png?width=250&height=75&name=nano-cubed-logo.png) Tailor-made nanocomposite photopolymer formulas for exponential 3D printing performance. Contact us to see how we can fulfill your needs. [Contact an Expert](https://chemcubed.com/contact-us?hsLang=en) ### Crafted Excellence ChemCubed presents a diverse selection of materials meticulously crafted to exceed expectations in both physical and mechanical properties, transcending the realms of mere prototyping and design. Tailored to suit SLA and jettable technologies, our ever-expanding product line caters to the exacting demands of end-use applications. Our 3D printing materials mirror the mechanical attributes of prevalent polymers, delivering unmatched strength specifications within the industry. Furthermore, our solutions can seamlessly incorporate tactile and visual requirements, ensuring comprehensive satisfaction. ### Explore Our Extensive Lines of Materials Explore our versatile product lines, offering precision-engineered 3D printing materials in both rigid and flexible series, tailored to meet the diverse needs of modern manufacturing. [![nano-cubed-rigid-series-logo](https://chemcubed.com/hs-fs/hubfs/nano-cubed-rigid-series-logo.png?width=300&height=74&name=nano-cubed-rigid-series-logo.png)](https://chemcubed.com/electrojet-processes?hsLang=en) #### Rigid Series 3D Printing Materials The NanoCubed™ Rigid series features rapid-curing materials meticulously crafted to mimic ABS, Polypropylene, and custom-engineered rigid plastics, meeting precise mechanical specifications. [View Details](https://chemcubed.com/nanocubed-rigidseries?hsLang=en) [![nano-cubed-flex-series-logo](https://chemcubed.com/hs-fs/hubfs/nano-cubed-flex-series-logo.png?width=300&height=74&name=nano-cubed-flex-series-logo.png)](https://chemcubed.com/electrojet-processes?hsLang=en) #### Flex Series 3D Printing Materials The NanoCubed™ Flex series offers fast-curing materials capable of producing shape-memory products with moderate tensile strength, high elongation, and a glossy surface, ensuring quick recovery from deformation. [View Details](https://chemcubed.com/nanocubed-flexseries?hsLang=en) ### Tailor-made to suit SLA and jettable technologies, our ever-expanding product line caters to the exacting demands of end-use applications.  ## Tailored Solutions The benefits of our advanced 3D printing material formulations. ###### Customized for Your Printing Needs Formulated to match your printing technology, whether SLA or Polyjet. Our SLA materials are fully compatible with [Formlabs](https://formlabs.com/3d-printers/resin/) technology and can be fine-tuned for open-source SLA, uSLA, and DLP systems. ###### Diverse Range of Engineered Plastics Choose from a variety of common engineered plastics including flexible, rigid, ABS-like, and Polypropylene-like materials. ###### Unmatched Performance Experience industry-leading performance in tensile strength, tear resistance, flexibility, and other durability features. ###### Beyond Mechanical Our formulations go beyond mechanical performance, offering features such as chemical resistance, heat resistance, and more to meet your specific needs. ## End-Use Application Focus Understanding that the ultimate goal of printed electronics is to enhance real-world applications, we prioritize end-user functionality. ![printed-circuit-board](https://chemcubed.com/hs-fs/hubfs/printed-circuit-board.png?width=97&height=100&name=printed-circuit-board.png) #### Circuitry + Electronics Packaging - Multi-layer, multi-material printing - Rigid & Flexible substrates - Via thru-hold process - Fine Feature Detail Conductive performance - Solderability ![displays](https://chemcubed.com/hs-fs/hubfs/displays.png?width=88&height=100&name=displays.png) #### Displays + Touch Screens - 5b adhesion to substrates - Low-temperature sintering - Fine feature detail - Conductive performance ![wiring-harness](https://chemcubed.com/hs-fs/hubfs/wiring-harness.png?width=86&height=100&name=wiring-harness.png) #### Flexible Electronics + Wiring Harnesses - Multi-layer, multi-material printing - Fine feature detail - Conductive performance - Space and weight savings - Printed network vs. manual assembly - Potential to integrate into structure ![printed-passive-circuitry](https://chemcubed.com/hs-fs/hubfs/printed-passive-circuitry.png?width=107&height=100&name=printed-passive-circuitry.png) #### Passive Circuitry - Resistors, capacitors, and inductors printing capabilities - Inkjet resistors - less than 10% standard deviation - Inkjet capacitors - 2% maximum standard deviation ![photovoltaic](https://chemcubed.com/hs-fs/hubfs/photovoltaic.png?width=100&height=100&name=photovoltaic.png) #### Photovoltaics - Print silver conductive onto a Gallium Arsenide wafer - High-performance electrical data - Low-temperature process - sintering <120c - Fine feature printing ~50 um gaps ![rfid](https://chemcubed.com/hs-fs/hubfs/rfid.png?width=100&height=100&name=rfid.png) #### RFID + Sensors + Antennae - Multi-layer/ templating - Rigid and flexible substrates - Fine feature detail - Conductive performance - Solderability ![semiconductor](https://chemcubed.com/hs-fs/hubfs/semiconductor.png?width=100&height=100&name=semiconductor.png) #### Semiconductor Manufacturing - On-demand customization of electronic devices - Fewer materials and less energy - High throughput and rapid prototyping capabilities - Expanding design possibilities - Seamless integration of electronic components onto various substrates ![wearables](https://chemcubed.com/hs-fs/hubfs/wearables.png?width=103&height=100&name=wearables.png) #### Wearables - Multi-layer, multi-material printing - Conductive, touch, pressure printed circuits - Rigid or flexible substrates - Similar PC attributes - Medical, dental, fitness, and telecom devices - Automotive and Aerospace in-cabin sensors/controls - Wearable fabrics ### Universal Cartridge Solutions Unlock the full potential of ChemCubed's NanoCubed™ resins with ProtoART's universal cartridge solutions combined with Formlabs' open-platform printers. 1 ##### The Cartridge ProtoART offers a universal cartridge for purchase. [Buy Here](https://www.protoart.net/products) 2 ##### Modification Skip this step if you purchased the ready-to-run version. Watch Video 3 ##### Resin Profile Select a resin profile for the Formlabs printer. Watch Video ×   ×   #### Experience the Future of 3D Printing with our NanaCubed 3D Printing Materials Today! [Contact an Expert](https://chemcubed.com/contact-us?hsLang=en) ## Talk to an Expert Today Please complete the form below and inform us of the specific application you have in mind for a custom-tailored formula suited to your product. ### Let us help you formulate your next amazing 3D printing material. 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