How much funding has Inkbit raised?

Inkbit has raised $64M in total funding. Key investors include Ingersoll Rand, Stratasys, Phoenix Venture Partners LLC, Ocado, DSM Venturing, iGlobe Partners, Zeon Ventures.

Who is the CEO of Inkbit?

Davide Marini is the CEO of Inkbit. The company was founded in 2017.

Where is Inkbit located?

Inkbit is headquartered in Medford, USA.

What funding stage is Inkbit at?

Inkbit is currently at the Active stage.

How many employees does Inkbit have?

Inkbit has approximately 51-200 employees.

Inkbit

Name: AM Companies Database
Creator: AMPulse
License: https://creativecommons.org/licenses/by/4.0/

HardwareMedford, USAFounded 2017· One of 1708 Hardware companies tracked by AMPulse

An additive manufacturing platform, centered on the Inkbit Vista printer, that uses Vision-Controlled Jetting (VCJ) technology—integrating machine vision and AI—for real-time, closed-loop feedback control to ensure high-precision, volume production of end-use polymer parts.

CEO / Founder: Davide Marini
Team Size: 51-200
Stage: Active
Total Funding: $64M
Latest Round: Series B
Key Investors: Ingersoll Rand, Stratasys, Phoenix Venture Partners LLC, Ocado, DSM Venturing, iGlobe Partners, Zeon Ventures

Technology & Products

Key Products

Inkbit Vista (3D printer), Vision-Controlled Jetting (VCJ) technology, multi-material 3D printing system.

Technological Advantage

The closed-loop feedback system provides unprecedented accuracy and repeatability, enabling true volume production. It unlocks the use of new categories of materials (e.g., epoxies, silicones) that are chemically difficult to control, opening up new applications for functional, multi-material parts. This reduces dependency on skilled labor and extensive post-processing.

Differentiation

Value Proposition

Enabling mass production of reliable, end-use parts by using proprietary machine vision and AI to ensure dimensional accuracy and process reliability. This allows for the use of a wider range of high-performance polymers, including those previously unsuitable for additive manufacturing, reducing the need for post-processing and lowering production costs.

How They Differentiate

Inkbit differentiates through its real-time, closed-loop feedback control system (VCJ), which provides superior accuracy and part reliability. Unlike competitors that rely on open-loop processes or mechanical leveling, Inkbit's AI-driven error correction enables the use of a much wider range of advanced, slow-curing materials for end-use applications.

Market & Competition

Target Customers

Organizations requiring high-volume, precision production of end-use parts, including those in aerospace, defense, automotive, medical, and industrial automation.

Industry Verticals

["Aerospace & Defense","Automotive","Medical","Industrial Automation","Consumer Products"]

Competitors

Merit3D, Largix, Triditive

Growth & Milestones

Growth Metrics

Shipped first commercial systems (e.g., to Saint-Gobain Research Center). Expanded headquarters to a 38,000-square-foot facility in Medford, MA to scale production. Growing commercial and engineering teams.

Major Milestones

["2017: Founded as a spinout from MIT's CSAIL.","2019: Raised $12M Series A led by Stratasys and DSM Venturing.","2021: Secured $30M in Series B funding led by Phoenix Venture Partners.","2021: Launched the Inkbit Vista system and moved to new 38,000 sq. ft. HQ.","2022: Shipped first commercial Vista system to Saint-Gobain.","2024: Closed a $19M financing round led by Ingersoll Rand."]

Notable Customers

Inkbit works with advanced product teams across wearables, medical, electronics, robotics, automotive, and aerospace.

https://inkbit3d.com

Recent coverage of Inkbit

Inkbit, a Medford, Massachusetts-based developer of vision-controlled jetting technology, has integrated its TEPU 30A and TEPU 50A elastomers into the Stratasys Direct manufacturing service portfolio.Apr 16, 2026

Why this company matters

Inkbit occupies a distinct position in polymer additive manufacturing by targeting volume production of end-use parts, a segment where most MJT systems struggle with repeatability. Its core innovation, Vision-Controlled Jetting (VCJ), uses a machine vision system that scans each printed layer at micron resolution and feeds the data to an AI model that corrects errors in real time. This closed-loop feedback eliminates the need for mechanical leveling and allows the printer to handle slow-curing, high-performance polymers such as epoxies and silicones that are difficult to control with open-loop processes.

The company's flagship product is the Inkbit Vista printer, a multi-material jetting system designed for functional parts in industries like aerospace, defense, automotive, medical devices, and industrial automation. By reducing dependency on skilled labor and extensive post-processing, Inkbit aims to lower the total cost of production for applications that require dimensional accuracy and material diversity. Notable early customers include the Saint-Gobain Research Center, and the company has shipped its first commercial systems to support advanced product teams in wearables, electronics, and robotics.

Inkbit was founded in 2017 as a spinout from MIT's Computer Science and Artificial Intelligence Laboratory (CSAIL) and has raised $64 million in total funding from investors including Ingersoll Rand, Stratasys, Phoenix Venture Partners, and Ocado. The company expanded into a 38,000-square-foot headquarters in Medford, Massachusetts to scale production and grow its engineering and commercial teams. Its key strategic moat lies in the proprietary VCJ technology and the AI-driven process control that unlocks material chemistries previously unsuitable for additive manufacturing. Competitive risk comes from other MJT and material jetting developers such as Merit3D, Largix, and Triditive, though Inkbit's closed-loop approach differentiates it from open-loop alternatives.