At the heart of the platform is the Vista™ system, engineered for production-scale throughput and exceptional precision.
Powered by Vision-Controlled Jetting, it captures every detail with consistency, enabling complex geometries and multi-material builds at unprecedented speed.
From COT for RF and microwave applications to Titan Tough Epoxy for high-strength engineering parts and TEPU for flexible, elastomeric designs.
Inkbit’s materials are formulated for multi-material builds, durability, stability, and end-use functionality.
Our digital workflow tools streamline every step from design to production. Construct™ automates build preparation and ensures accuracy,
Inkbit Pack Studio™ optimizes packing for maximum efficiency while reducing waste, cutting costs, and accelerating logistics.
Full Stack End-to-End
Advanced Manufacturing
trusted By Industry Leading Brands
True Metamaterial Part Production
Rigid, Soft, and Dielectric
Inkbit Digital Factory™ Part Production Service
Rapid Prototyping
Accelerate product development with functional prototypes that match final production quality. Our Vision-Controlled Jetting technology enables precise, multi-material parts in days, not weeks. Ideal for design validation, form-fit testing, and customer demos.
Production-Scale Additive Manufacturing
Bridge the gap between prototype and full production. Inkbit delivers consistent and repeatable output with industrial throughput, allowing you to produce end-use parts without tooling delays or high setup costs.
Material Innovation and Customization
Our advanced material portfolio including COT, Titan Tough Epoxy, and TEPU™ meets demanding performance needs. We also collaborate with partners to formulate custom materials for specialized applications.
Joint Development Agreements (JDAs)
Partner with Inkbit’s engineering team to co-develop solutions tailored to your application. From material R&D to process optimization, our JDAs fast-track innovation and ensure seamless integration into your production workflow.
Funding
Ingersoll Rand Leads $19M Financing Round for Inkbit to Advance Multi-Functional Additive Manufacturing
As part of the transaction, Jason Weber, Vice President of Engineering, Compressor Systems and Services, North America, Ingersoll Rand, and Henry Ford III, Director at the Ford Motor Company and Trustee at the Ford Foundation, will join the Inkbit Board of Directors.
Description
Technology
Inkbit Demonstrates Single-Print Fabrication of Complex Multi-Functional Systems and Robots
A New Study Published in Nature Demonstrates the Potential of Inkbit’s Core Technology to Fundamentally Change How We Manufacture Multi-Material Systems, Without Assembly of Subcomponents
Description
Testimonials
What clients are saying about us
Passion is what fuels our excellence.
Fluidics
It is game changing to have something this thin, flexible, and functional. I didn’t know this was possible. I can imagine the incredible potential of this new material for testing asymmetrical and complex seal designs for various applications. The TEPU material and Vision Controlled Jetting technology can extend beyond seals and gaskets to applications like flexible hinges, over-molded parts, and even wearables.
Emilie Williams
Industrial Designer and Co-Founder of Hydrific
Industry Media
I saw this interesting 3D printed foam sample from Inkbit in Haden Quinlan’s office at Massachusetts Institute of Technology a couple of days ago. It’s seriously impressive. Such good quality.
Edward Wakefield
Senior Editor, VoxelMatters
Energy
We’ve been impressed by the quality and feature resolution of parts made by Inkbit’s manufacturing service. Their team has delivered high-quality, high-volume orders on a moment’s notice, enabling our engineers to achieve milestones and breakthroughs in the development of our marine robotics and energy-harnessing technologies. We consider them an invaluable partner.
Pietro Filardo
Founder and CEO of Pliant Energy Systems Inc
Consumer Goods
Before TEPU 50A, we couldn’t find a soft 3D printed elastomer option that combined good surface finish accuracy, fine detail reproduction, and stable mechanical properties to mimic nitrile rubber or molded TPU. We are excited about having this option available.
Maximilian Neck
CEO of ProductionToGo
Robotics
With Inkbit’s VJC technology and materials, for the first time, we were able to print something as complex as a robotic hand with bones, ligaments and tendons, mirroring a fully functioning human hand, and do so in one go. Inkbit’s TEPU material has very good elastic properties and bounce back to their original state much faster after bending than polyacrylates, making it ideal for producing the robotic hand’s elastic ligaments.
Thomas Buchner
Doctoral student at ETH Zurich
Inkbit Blog
Expert Insight
Inkbit is the only 3D printing platform combining real-time machine vision, multi-material capability, and production-ready polymers that continue to evolve.
From prototyping to full-scaled manufacturing, our Vision-Controlled Jetting™ (VCJ) platform is unlocking new possibilities in product development without compromise.
Built for What's Next™
Prototype, iterate, validate, and scale your part production with Inkbit
About us
Founded from MIT
Our mission at Inkbit 3D is to enable volume manufacturing of functional, multi-material parts. We strive to bridge the gap between design and production.
Equipping engineering and design teams with a platform that will enable creation of complex, high-performance components with unprecedented accuracy and efficiency.
Davide is a cofounder and CEO at Inkbit. He was previously cofounder and CEO at Firefly BioWorks, an MIT startup that commercialized a novel assay for miRNA detection, based on functional microparticles manufactured by flow lithography. Davide led Firefly from inception to its acquisition by Abcam. He obtained his BS in Industrial Engineering from Politecnico of Milan, his MBA from Collège des Ingénieurs and his PhD in Mechanical Engineering from MIT.
Davide Marini
CEO
Javier is cofounder and Chief Technology Officer at Inkbit. He heads systems and technology development activities. Previously, Javier worked at Rethink Robotics and Leaf. Javier obtained his BS and MS in Mechanical Engineering from MIT.
Javier Ramos
Chief Technology Officer
Stephanie, VP of Market Development at Inkbit, brings over a decade of additive manufacturing experience. Her journey includes key roles at EOS, a leader in industrial 3D printing. She led efforts to expand EOS’s presence in the global medical industry, initiated cultural change, and influenced strategic growth priorities. Stephanie holds an MS in Mechanical Engineering from ETH and an MBA from Collège des Ingénieurs.
Steffi Kochbeck
VP Market Development