nScrypt Inc.

3D-Printed PEEK Tip-Tilt Sensor – Built with Precision and Innovation Here’s a look at a 3D-manufactured tip-tilt sensor made from high-performance PEEK (Polyether Ether Ketone), fabricated on the nScrypt 3Dn-Series system using a combination of advanced manufacturing processes. This isn’t just 3D printing - The build integrates: Milling for precision features Pick-and-place to embed components mid-print Microdispensing of conductive circuits UV-curable dielectric materials for insulation and protection UV curing for strong adhesion and material stability Multiple sensors, circuits, and packages were embedded directly into the structure—eliminating traditional assembly steps and resulting in a compact, durable, and fully functional sensor. Developed in collaboration with the Department of Defense (DoD), this project demonstrates the power of multi-process manufacturing to fabricate complex systems in a single build. #AdditiveManufacturing #3DPrinting #PEEK #AdvancedManufacturing #nScrypt #DefenseTech #Microdispensing #EmbeddedElectronics #DoDCollaboration #SmartManufacturing

We're proud to be featured in this recent post by our longtime friends and collaborators at NovaCentrix - a partnership built on shared innovation, deep expertise, and a passion for pushing the boundaries of additive manufacturing. Check out the full piece to see how the synergy between advanced materials and precision equipment is shaping the future of manufacturing and beyond: https://lnkd.in/ddTW3dKU #nScrypt #NovaCentrix #additivemanufacturing #3Dprinting #advancedmaterials

Congratulations to Florida A&M University (FAMU) and Florida State University (FSU) for receiving a $5M grant from NASA - National Aeronautics and Space Administration for groundbreaking research in in-space manufacturing! The research team will be utilizing nScrypt's advanced 3D printing systems to support the development of cutting-edge manufacturing processes in space. Our multi-material 3D printing technology is empowering researchers to push the boundaries of what's possible in a zero-gravity environment, with precision and reliability that will be crucial for future space missions. Read more about how nScrypt’s systems are playing a key role in this exciting research: https://lnkd.in/ehCMZi5d We commend Dr. Jamel Ali and Dr. Subramanian Ramakrishnan (pictured below) for their leadership in this innovative project. They are seen with the nScrypt 6-axis 3D manufacturing system at the High-Performance Materials Institute (HPMI), part of Florida State University's College of Engineering in Tallahassee, Florida. At nScrypt, we’re proud to support this pioneering research with our multi-material, high-precision 3D printing systems that are enabling the creation of critical parts and tools in space. Our technology is helping pave the way for on-demand manufacturing—a game-changer for future space missions. #SpaceTech #3DPrinting #InSpaceManufacturing #NASA #Innovation #FutureofManufacturing #nScrypt #FSU #FAMU 📸: Dr. Jamel Ali, Ph.D. (L) and Dr. Subramanian Ramakrishnan, Ph.D. with the nScrypt 3D printer at the HPMI, FSU College of Engineering, Tallahassee, Florida. Photo via FSU.

RAPID + TCT 2025 is officially underway, and nScrypt is excited to be part of it! Come visit us at Booth #3902 to see our latest innovations in precision microdispensing and direct-write 3D printing. Don’t miss Kenneth Church, Ph.D., nScrypt’s CEO, as he shares insights on cutting-edge advancements in additive manufacturing for aerospace and defense. He'll be presenting on two topics: Automated Assembly of Components and Circuits for Non-Planar Assembly Learn how additive manufacturing is enabling the integration of complex electronic systems onto non-flat surfaces—transforming how we build next-gen aerospace systems. https://lnkd.in/eTfCQBta DoD-Focused Point of Need Advanced Manufacturing Explore how direct-write and hybrid manufacturing solutions are supporting on-demand, in-the-field production for defense applications—enabling rapid response and resilient supply chains. https://lnkd.in/ehtvkvZB Let’s talk high-precision electronics, direct-write manufacturing, and what’s next for AM at the Point of Need. See you in Detroit! #RAPIDTCT #AdditiveManufacturing #DirectWrite #PointOfNeed #AerospaceAM #DefenseManufacturing #nScrypt #3DPrinting #AdvancedManufacturing #ElectronicsPrinting #chiplets #sensors

💡 Today we are honoring progress and inspiring innovation! 🎉 NextFlex is happy to celebrate the anniversaries of our dedicated members whose collaboration and vision continue to shape the future of our consortium. These milestones aren’t just about time – they represent the breakthroughs and progress we’ve achieved together. nScrypt Inc. – 8 Years of Membership Brewer Science – 9 Years of Membership The University of Texas at Dallas – 1 Year of Membership Vivonics, Inc. – 7 Years of Membership Aptima / VigiLife – 4 Years of Membership 🎇 Here’s to the journey so far and the innovations ahead! #HybridElectronics #Manufacturing #FutureOfHybridElectronics #Electronics #Innovation #Innovate Brandon Dickerson - nScrypt Kenneth Church, Ph.D. - nScrypt Adam Scotch - Brewer Science Wu-Sheng Shih - Brewer Science Dayna Brown - Brewer Science Manuel Quevedo - The University of Texas at Dallas Bruce Gnade - The University of Texas at Dallas Gordon Hirschman - Vivonics Kevin Durkee - Aptima Olivia Fox Cotton - Aptima Zachary Kiehl - VigiLife

Harrisburg University of Science and Technology’s Larry (LJ) Holmes, Executive Director for the Center of Advanced Manufacturing and Materials, recently joined Joris Peels and Max Bogue on the 3DPOD Podcast to discuss the role of additive manufacturing in defense and other critical industries. “Traditional electronics packaging and rigid potting of electronics in missiles and rockets won’t withstand the launch and load conditions of today’s missions. Our two biggest growth areas are additive manufacturing for electronics and expeditionary manufacturing—bringing manufacturing to the point of need.” One technology making this possible? nScrypt’s multi-functional manufacturing systems. “Right now, nScrypt offers the only equipment that allows me to combine additive, subtractive, pick and place, laser scanning, milling, drilling, polishing, and circuit printing—all in a single unit. Many companies attempt multifunctional systems, but none I’ve tested match nScrypt’s precision, accuracy, and full range of capabilities.” nScrypt’s technology is enabling groundbreaking advancements in ruggedized, high-performance electronics for the most demanding applications. Want to learn more? Check out the full episode! #AdditiveManufacturing #3DPrinting #DefenseTechnology #Electronicsprinting #AME #electronicsmanufacturing #ondemandmanufacturing https://lnkd.in/eF67AiMG

Headed to RAPID/TCT? Dr. Kenneth Church, our CEO, will be there presenting on the Automated Assembly of Components and Circuits for Non-planar Assembly. This presentation will cover the future of automated manufacturing and how we are transforming the landscape of non-planar assembly - register now! Visit us at Booth 3902 and talk to us about the latest innovations that are reshaping the industry. Whether you're interested in automation, advanced manufacturing, sensors, or just want to chat about the future of technology, we’d love to connect with you! We can’t wait to meet you at RAPID/TCT 2025! #RAPIDTCT2025 #AutomatedAssembly #ManufacturingInnovation #NonPlanarAssembly #AdvancedManufacturing #3DPrinting

Exciting news in the world of additive manufacturing! US Patent 11,939,224 B2, issued on March 26, 2024, to our customer's at the University of Maryland, highlights an innovation in direct-write printing technology, a field where nScrypt continues to lead. This patent focuses on Ordered Porous Solid Electrolyte Structures (https://lnkd.in/e_qR97SN) and their application in electrochemical devices and solid state batteries, leveraging our 3Dn-300 system for precise material deposition. By enhancing printhead control, multi-material capabilities, and automation, this technology improves accuracy, efficiency, and integration—key for fabricating complex components in printed electronics, solid state batteries, and aerospace applications. As the demand for miniaturized, high-performance solutions grows, innovations like this pave the way for the future of next-generation manufacturing. Stay tuned for more advancements! #AdditiveManufacturing #DirectWrite #PrintedElectronics #ElectrochemicalDevices #printedelectronics #electronicsmanufacturing #batterymanufacturing #solidstatebatteries

Looking forward to Day 2 at IPC Apex Expo! Our CEO, Kenneth Church, Ph.D., will be presenting this afternoon on Additively Manufactured Electronics and Plastronics. Dr. Church’s talk will cover the 3D manufacturing of Glass Additively Manufactured Electronics, Additive Printed PCB Manufacturing for more sustainable electronics, and enhancing component density in PCBs. These topics are cute, shaping the future of electronics, and we can’t wait to share insights on how these innovations will transform the industry. Stop by booth #4602 and talk to us if you’re attending! #IPCApex #additivemanufacturing #printedelectronics #plastronics #nScrypt #sustainableelectronics

🚀 3Dn-300 : L'innovation par nScrypt Inc. en impression 3D industrielle Découvrez 3Dn-300, un système d'impression 3D avancé qui allie précision, polyvalence et évolutivité pour répondre aux besoins de la fabrication additive à grande échelle. 🔹 Matériaux variés : métaux, céramiques, polymères, composites et biomatériaux grâce à la technologie SmartPump™ 🔹 Précision & répétabilité : contrôle de mouvement avancé et capteurs haute résolution 🔹 Fonctionnalités avancées : frittage, support chauffant, durcissement UV, laser, vision industrielle et suivi en temps réel 🔹 Modularité & flexibilité : intégration avec fraisage, pick-and-place et inspection Avec le 3Dn-300, explorez de nouvelles possibilités de fabrication et repoussez les limites de la production additive. 🔬⚙️ 📩 Contactez-nous pour en savoir plus : contact@microworld.eu #Impression3D #semiconducteur #electronique #industrie