Atum Works GTM brain

Atum Works is developing a 3D lithography foundry for customers needing submicron metal structures.

category

3D nanomanufacturing foundry

market profile

  • text: Atum positions its approach as scalable three-dimensional lithography for complex metal structures; commercial maturity and production yield remain unverified.
  • text: A company launch described wafer-scale multimaterial structures and an NVIDIA co-development letter of intent; treat performance claims as vendor-reported and historical.
  • text: Alternative 3D microfabrication equipment includes polymer-based two-photon systems with different material and process constraints.

personas

  • title: Semiconductor R&D director
    pains:
    • Conventional fabrication limits the geometry of experimental 3D structures.
    • A new process must prove resolution, yield and integration with existing workflows.
  • title: Microfabrication or photonics engineer
    pains:
    • Complex submicron structures can be difficult to prototype with available fabrication processes.
    • Needs empirical evidence for material properties, precision and repeatability on a real design.
  • title: Advanced manufacturing procurement lead
    pains:
    • Unproven processes require qualification and clear volume economics before production commitment.
    • Outsourced fabrication depends on delivery capacity and intellectual property controls.

icp

  • text: Semiconductor and advanced computing companies developing 3D architectures and able to fund fabrication pilots; account size is unverified.
  • text: Industrial and research teams needing custom submicron metal geometries, subject to a materials and throughput fit assessment.

message pillars

  • text: Offer a foundry approach to scaling 3D lithography.
  • text: Enable complex three-dimensional metal geometry.
  • text: Address very small features.

objections

  • objection: Will it meet our materials, tolerances and device requirements?
    response: Agree a test structure and independently measure geometry, material properties and defect rates before qualification.
  • objection: Can the process scale beyond a demonstration?
    response: Request current capacity, yield, timelines and a staged production qualification, since public claims do not establish commercial throughput.

competitors

  • name: Nanoscribe
    website: https://www.nanoscribe.com/en/products/
    why: Provides submicron 3D microfabrication equipment, primarily using polymer-based processes.
  • name: UpNano
    why: Provides two-photon 3D microprinting systems, an alternative for some high-resolution structures.
  • name: Exaddon
    why: Offers microscale metal printing, an adjacent option for precision metal geometries.

influencers

  • name: Lucas Pabarcius
    url: https://svatlas.io/founders/85dbd34a-e533-45c6-b03b-bc7b15c524f7
    why: Cofounder and CEO of Atum Works.

keywords

  • 3D lithography foundry
  • submicron metal 3D printing
  • 3D nanomanufacturing
  • nanoscale metal fabrication
  • 3D semiconductor fabrication
  • microfabrication service

voice

  • technical
  • ambitious
  • terse

signals

  • text: A chip or advanced-device team is exploring 3D fabrication beyond its current planar process.
  • text: A lab needs custom metal structures with submicron features and is seeking a fabrication partner.

hiring

  • Founding Head of Talent, listed by Thrive Capital job board

pricing

model: unknown

motion

sales_led

channels

  • LinkedIn
  • founder outreach

confidence

low

Founders

  • name: Lucas Pabarcius
    title: Founder/CEO
    role: CEO
    bio: .
  • name: Matteo Kimura
    title: Founder/CRO
    role: Founder
    bio: .
  • name: Malcolm Tisdale
    title: Founder/COO
    role: COO
    bio: .

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