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Fabric8Labs

San Diego, US · Founded 2016 · Delaware corporation · 108 employees on LinkedIn · 14 known investors

Find your way into Fabric8Labs

95 people in our graph share verified history with the Fabric8Labs team — schools, employers, funds. One of them is your warm intro.

Alexandra Farmerunlockedknows David Pain · together at Fabric8Labs (overlapped)
×7knows the team · via UC Santa Barbara
×3knows the team · via Southern California Edison
knows the team · via Fabric8Labs

Fabric8Labs develops Electrochemical Additive Manufacturing (ECAM), a room-temperature metal 3D printing technology that produces dense, high-purity metal parts with micron-scale resolution and no post-processing. Its patented microelectrode array printhead enables mass-scale production of components, including direct printing onto temperature-sensitive substrates such as PCBs, silicon, and existing metal parts.

Also known as Fabric8Labs, Inc.

Founders & leadership

Fabric8Labs was founded in 2016 by Jeffrey Herman and David Pain.

JH
Jeffrey HermanCo-founder
DPDavid Pain
David PaininFounder & CTODavid Pain is Director at Fabric8Labs, which develops electrochemical additive manufacturing technology for room-temperature metal 3D printing. He brings expertise in mechanical engineering, electrical engineering, and project management.

Board

CVCyril Vancura
Cyril Vancurain𝕏Board directorPartner at imec.xpand
GPGreg Papadopoulos
Greg PapadopoulosinBoard directorVenture Partner at New Enterprise Associates (NEA)
JAJennifer Ard
Jennifer Ardin𝕏Board DirectorManaging Director, Head of Investment Operations at Intel Capital

Investors · 14

Also in the syndicate · 2

Masco VenturesToppan Global Venture Partners

Reported raises · per SEC filings

Form D private placements

$132.1M disclosed across 4 of 7 rounds · 2018–2025

$56MraisedJan 2026 · 14 investors · Other Technology
Rule 506(b)
Officers, directors & promoters on the filing
  • Jeffrey HermanExecutive Officer, Director
  • Cyril VancuraDirector
  • David PainDirector
  • Greg PapadopoulosDirector
  • Jennifer ArdDirector
Offering amount
$56.5M
Amount sold
$56M
First sale
Feb 2025
Incorporated
Corporation, Delaware
Federal exemptions
06b
Full filing on SEC EDGAR ↗
$52.8MraisedMar 2023 · 10 investors · Other Technology
Rule 506(b)
Officers, directors & promoters on the filing
  • Greg PapadopoulosDirector
  • David PainDirector
  • Jeffrey HermanExecutive Officer, Director
  • Jennifer ArdDirector
  • Cyril VancuraDirector
Offering amount
$52.8M
Amount sold
$52.8M
First sale
Sep 2022
Incorporated
Corporation, Delaware
Federal exemptions
06b
Full filing on SEC EDGAR ↗
$19.3MraisedJul 2021 · 7 investors · Other Technology
Rule 506(b)
Officers, directors & promoters on the filing
  • David PainDirector
  • Jeffrey HermanExecutive Officer, Director
  • Cyril VancuraDirector
  • Jennifer ArdDirector
Offering amount
$19.3M
Amount sold
$19.3M
First sale
Jun 2021
Incorporated
Corporation, Delaware, 2016
Federal exemptions
06b
Full filing on SEC EDGAR ↗
$4MraisedJun 2018 · 13 investors · Other Technology
Rule 506(b)
Officers, directors & promoters on the filing
  • Cyril VancuraDirector
  • David PainExecutive Officer, Director
  • Jeffrey HermanExecutive Officer, Director
Offering amount
$4.3M
Amount sold
$4M
First sale
May 2018
Incorporated
Corporation, Delaware, 2016
Federal exemptions
06b
Full filing on SEC EDGAR ↗

Source: SEC EDGAR Form D. Amounts as filed; amended filings shown once at their latest values.

Company profile

researched Aug 2026

Fabric8Labs, Inc. is a San Diego, California-based metal additive manufacturing company that developed Electrochemical Additive Manufacturing (ECAM), a room-temperature 3D metal printing process based on electroplating principles. Instead of metal powders and high-temperature energy sources, ECAM uses a water-based feedstock of low-cost metal salts similar to the electroplating chemistries used in printed circuit board and semiconductor manufacturing. Parts are built at the atomic level, producing dense, high-purity metal structures with micron-scale features, complex internal geometries and low surface roughness without post-processing.

The company operates fleets of ECAM printers as a production service rather than selling printers, engaging customers' engineering teams from prototyping through qualification and high-volume manufacturing. Target applications are thermal management for AI and high-performance computing (single-phase direct-to-chip cooling and direct-to-silicon immersion, including cold plates), wireless communications and RF (3D antennas and phased arrays printed directly onto PCBs and high-performance substrates for LEO satellite constellations, wireless backhaul and vehicle communications), and power electronics (high-current interconnects and passive components printed onto ceramics for electrified vehicles). The company also cites uses in electronics, medical devices, semiconductor packaging and aerospace.

Founding story

The company states it was founded in 2015 and is co-founded and led by CEO Jeff Herman.

Business model

Fabric8Labs operates as a components manufacturer and manufacturing-services provider: it runs its own ECAM printer fleets and partners with end customers to develop, qualify and mass-produce metal components, taking programs from first article and prototyping through high-volume production.

Revenue is derived from supplying additively manufactured metal components and associated product development/qualification services to end customers, rather than from selling printing equipment.

Traction

As of November 2025 the company reported U.S. production capacity of 5 million components per year with plans to reach 22 million per year, established ISO9001-certified and ITAR-registered manufacturing facilities in San Diego, and disclosed partner and customer engagements including Wiwynn cold plate collaborations and AEWIN's selection of ECAM for thermal management.

Latest developments

On November 13, 2025 Fabric8Labs announced a $50 million round led by NEA and Intel Capital to expand U.S. manufacturing capacity and grow its manufacturing, design, quality and process engineering teams. The company also announced that it had entered into a definitive agreement to be acquired by TDK Corporation, positioned around accelerating ECAM for data center and high-growth electronics markets.

Full profile — market position, technology, go-to-market, geography, history, risks & controversies

Market position

The company positions itself as the pioneer of Electrochemical Additive Manufacturing and as a U.S.-based supplier of high-resolution metal components for AI/HPC thermal management, RF and power electronics markets, emphasizing domestic capacity, ISO9001 certification, ITAR registration, DFARS compliance and NIST SP 800-171 as supply-chain risk reducers.

Differentiators cited include room-temperature electrochemical processing (versus powder-based, high-temperature metal AM), no required post-processing, micron-scale resolution with 33-micron voxels, 99.95% pure copper for thermal and electrical performance, the ability to print directly onto temperature-sensitive substrates such as PCBs, silicon and ceramics, low-cost water-based metal-salt feedstocks, and a massively parallel microelectrode array printhead intended for mass-scale output.

Technology

ECAM's core innovation is a patented printhead consisting of a microelectrode array with millions of individually addressable pixels on the scale of tens of microns, used with a metal-ion-rich water-based feedstock. It achieves 33-micron voxels, copper that is 99.95% pure, and room-temperature processing that allows direct printing onto PCBs, lead-frames, ceramics, metals and silicon. Available materials include any electroplatable metal, such as pure copper, copper alloys, nickel and nickel alloys, tungsten alloys, tin, gold, platinum and palladium. Production is monitored pixel-by-pixel in real time with in-situ inspection; the company's 3D Imap system builds a 3D digital quality record and unique digital fingerprint for each part for traceability and compliance. The company states ECAM enables a 90% reduction in greenhouse gas emissions relative to alternative additive and traditional manufacturing methods.

Go-to-market

Fabric8Labs sells through direct engagement in which its applications engineers work with customers' technical teams to develop and qualify parts and ramp to volume, supported by ecosystem and OEM/ODM partnerships (for example with Wiwynn and AEWIN) and by presence at industry events such as Computex and the OCP Global Summit.

Customers are manufacturers and system builders in AI/HPC data center infrastructure and thermal management, wireless communications and satellite/RF systems, power electronics and vehicle electrification, semiconductor packaging, electronics and medical devices, including customers requiring U.S.-based, ITAR-registered supply.

Geography

Headquarters and current production facilities are in San Diego, California, with a stated U.S.-based manufacturing footprint and plans to expand manufacturing globally to meet demand.

History

Fabric8Labs developed and patented its ECAM printhead and process, established ISO9001-certified and ITAR-registered production facilities at its San Diego headquarters, and in 2025 publicized customer and partner engagements in data center cooling, including collaborations with Wiwynn on ECAM cold plates shown at Computex 2025 and the OCP Global Summit 2025, and selection of its ECAM technology by AEWIN for thermal management. In November 2025 it announced a $50 million financing to expand U.S. manufacturing capacity, and it subsequently announced a definitive agreement to be acquired by TDK Corporation.

Risks & controversies

The announced definitive agreement for acquisition by TDK Corporation represents a pending change of ownership; the planned capacity ramp from 5 million to 22 million components per year depends on execution of facility and team expansion.

Compiled by commissioned research from 8 cited public sources — announcements, filings, and press listed under research sources below.

Key figures

latest reported
Annual component production capacity (current)Nov 20255,000,000 components per year
Annual component production capacity (target after expansion)Nov 202522,000,000 components per year
Copper purity of ECAM partsJan 2025100%
Greenhouse gas emissions reduction vs alternative additive and traditional manufJan 202590%
Voxel resolutionJan 202533 microns

Company-reported or press-reported figures, each dated to when it was claimed — not independently audited.

Non-dilutive funding · 1 SBIR/STTR award

Federal grants — no equity taken
AgencyPhaseYearAmount
U.S. Air ForceAir ForcePhase I2020$49.7K

Source: SBIR.gov award data (U.S. Small Business Administration). SBIR/STTR awards are competitive federal R&D grants and contracts — non-dilutive capital alongside any venture rounds above.

Timeline · 4

launches, deals, and filings
Nov 2025
Fabric8Labs secures $50M to expand U.S. advanced manufacturing capacity

Fabric8Labs announced a $50 million funding round led by NEA and Intel Capital, with participation from existing investors Lam Capital, TDK Ventures and SE Ventures and new investors Marunouchi Innovation Partners, SK hynix, Ericsson Ventures, Masco Ventures and Toppan Global Venture Partners, to expand U.S. manufacturing facilities, grow the team and ramp production.

$50M source ↗

Jan 2025
Definitive agreement to be acquired by TDK Corporation

Fabric8Labs announced it had entered into a definitive agreement to be acquired by TDK Corporation, framed as accelerating Electrochemical Additive Manufacturing for data center and high-growth electronics markets.

source ↗

Jan 2025
Collaboration with Wiwynn on ECAM cold plates shown at Computex 2025 and OCP Global Summit 2025

Fabric8Labs announced collaborations with Wiwynn to develop and showcase ECAM-enabled cold plate solutions for liquid-cooled AI data centers at Computex 2025 and the OCP Global Summit 2025.

source ↗

Jan 2025
ECAM technology selected by AEWIN for advanced thermal management

Fabric8Labs announced that its ECAM technology was selected by AEWIN for advanced thermal management solutions.

source ↗

Dated company events from announcements, filings, and press; legal rows summarize public dockets and regulator releases.

Legal entities · 1

corporate structure
Fabric8LabsDelaware

In the news

Research sources · 8

primary sources listed

8 public sources were cited for this profile; the first-party ones are listed here.

Frequently asked questions

What does Fabric8Labs do?
Fabric8Labs makes high-resolution metal components using its room-temperature Electrochemical Additive Manufacturing (ECAM) process.
Who founded Fabric8Labs?
Fabric8Labs was founded by Jeffrey Herman, David Pain in 2016.
Who are Fabric8Labs's investors?
Fabric8Labs's investors include Intel Capital, Lam Capital, Marunouchi Innovation Partners, SE Ventures, Ericsson Ventures, TDK Ventures, Asimov Ventures, Cerity Partners Ventures and 4 more.
How much funding has Fabric8Labs raised?
Fabric8Labs has disclosed $132.1M raised across 4 of its 7 known rounds.
Where is Fabric8Labs headquartered?
Fabric8Labs is headquartered in San Diego, US.