Print working devices in your own lab, without the cleanroom.

One benchtop platform for teams who need to iterate faster than an outside vendor allows, from first prototype through production volume.

False-color 3D surface topography of a printed interdigitated micro-feature

The Problem With Iterating Externally

Iteration Is Slow

Every design change waits on an outside vendor's schedule instead of your own.

Prototype and Production Don't Match

A process that works on the bench doesn't always carry over cleanly to volume.

The Cleanroom Barrier

Traditional lithography puts a facility and a queue between you and your next revision.

All-in-One, Configured to Your Process

Five integrated modules share one precision stage. Run them together, or build the system around only the steps your process needs.

Diagram of the platform: a gantry carrying an EHD printhead, optical analysis module and microtransfer stamp over a shared stage with XYZ motion, and a spin coater beside it. X Z Y 1 2 3 4 5
  1. 1

    Precision Gantry

    Precise gantry robot carrying every module

    3-axis XYZ nm encoder resolution
  2. 2

    EHD Printhead

    Features down to 1 µm

    up to 100 droplets / s
  3. 3

    Optical Analysis

    Fast surface scanning

    under 1 µm resolution
  4. 4

    Microtransfer

    Transfers patches of printed ink

    down to 2×2 µm² ink patches
  5. 5

    Spin Coater

    Large-area uniformity, automated deposition

    down to 200 nm coatings

What it prints

  • Resistive switching matrices
  • 2D & 3D bioprinting
  • Flexible electronics
  • And more

From Design to Device, on Your Bench

With printing, inspection, transfer and coating on one instrument, a design moves from first pass to batch without leaving your lab. No lithography equipment, no cleanroom, and no waiting on an outside vendor between revisions.

  • Biosensors & Diagnostics
  • Microcircuits & Flexible Electronics
  • Biological Assays & Lab-on-Chip
  • RF & Antenna Structures
False-color 3D surface topography of a printed and patterned sample
Semiconductor wafer surface relevant to microcircuit fabrication
Conductive ink sample used in the platform's print process

Common Questions

What is this platform, in one sentence?

A benchtop microfabrication system that takes a design from early prototype through production volume without cleanroom lithography.

Who is this built for?

R&D and applications teams in defense, university, and commercial device groups who need to iterate on microdevices faster than an outside vendor allows.

Do we need to know exactly what we're building before we talk to you?

No. Bring a rough idea, a sample, or a spec, and we'll help you scope whether and how it fits.

Talk to Applications Engineering

Applications Assistant
Neuroink Engineering · typically routes in under a minute
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