MICROPIX · SPECTRAL VISION

Beyond the Surface,
Into the Essence

The next-generation vision partner for Physical AI

Micropix is a deep-tech company developing miniature MLA-based spectral cameras and image analysis software. We are expanding from industrial vision inspection toward vision for drones and robots.

Explore our technology Discuss a collaboration

Micropix OCULiD multispectral camera module

OCULiD · VNIR MULTISPECTRAL

OPTICS + CAMERA + SOFTWAREMicropix, Inc

ABOUT MICROPIX

Microlens array components and a miniature camera module

From compact optics to
new possibilities in vision

Micropix began with miniature cameras based on microlens arrays (MLAs). Combining optical design and image processing, we develop vision solutions for real-world challenges that conventional cameras alone find difficult to resolve.

About Micropix

WHY NOW

Physical AI decisions begin with
the information sensors capture

Drones and robots need environmental data to make decisions and act in the real world. Cameras are key sensors supplying visual information.

As the Physical AI market grows, demand also grows for cameras that capture the information real-world applications need.

01 / REAL WORLDReal-world environmentObjects · Materials · Environment

02 / SENSINGCameras and sensorsVisual and environmental data

03 / INTELLIGENCEAI decisionsPerception · Analysis · Decisions

04 / ACTIONActionTasks and movement

THE CHALLENGE & OUR APPROACH

Yet diverse industrial challenges
can exceed the capabilities of conventional cameras

01 / CUSTOMER PROBLEM

Information RGB can miss

RGB images show color and shape, but may not distinguish differences in composition or condition between similar-looking objects. Spectral imaging adds wavelength responses to provide evidence for analysis.

AgricultureDisease symptom detection · NDVI
Food and quality controlIngredient identification · Quality inspection
Industrial inspectionRust and corrosion · Coating uniformity

Original walnut shell and kernel image in the Micropix viewer

Measured walnut shell and kernel spectra from 410 to 950 nm

02 / MICROPIX SOLUTION

One MLA structure,
Multiple spectral images in one shot

Light passing through spectral filters is collected by individual lenses on a single substrate, forming wavelength-specific images on one image sensor. This simplifies the optical structure for a compact camera and connects captured data to software analysis.

OCULiD-M-VNIR · 15 bands · 26 fps

3D diagram: 15 spectral filter regions correspond to 15 microlenses forming spectral images on one sensor — Spectral filters → MLA convex surfaces facing the filters → Single image sensor → Spectral images

Explore our technology and evaluation cases

WORK WITH MICROPIX

Beyond the Surface,
Into the Essence

From compact optics to
new possibilities in vision

Physical AI decisions begin with
the information sensors capture

Yet diverse industrial challenges
can exceed the capabilities of conventional cameras

Information RGB can miss

RGB image

Spectral analysis

Classification

One MLA structure,
Multiple spectral images in one shot

Need spectral vision?
Tell us about your application

Beyond the Surface,Into the Essence

From compact optics tonew possibilities in vision

Physical AI decisions begin withthe information sensors capture

Yet diverse industrial challengescan exceed the capabilities of conventional cameras

Information RGB can miss

RGB image

Spectral analysis

Classification

One MLA structure,Multiple spectral images in one shot

Need spectral vision?Tell us about your application

Beyond the Surface,
Into the Essence

From compact optics to
new possibilities in vision

Physical AI decisions begin with
the information sensors capture

Yet diverse industrial challenges
can exceed the capabilities of conventional cameras

One MLA structure,
Multiple spectral images in one shot

Need spectral vision?
Tell us about your application