Engine · Microscopy

Works With Your Microscope

Tell the engine your optics; it selects the model.

Microscopes differ in noise statistics, contrast, resolution and anisotropy, and background structure. Selecting your microscopy type helps the system choose the right AI model for the image you actually captured. Brightfield, fluorescence, phase contrast, and differential interference contrast are all first-class optical contrasts, with widefield and two-photon handled explicitly. You can switch types without restarting the application.

Phase-contrast micrograph of living cultured cells showing the bright halos and grayscale relief characteristic of phase optics, one of the microscopy types the engine supports.
Cultured cells, phase contrast — Catfaster, CC BY-SA 4.0, via Wikimedia Commons
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Microscopy types
Model selection
Guided by your optics
No restart
Switch types anytime
Outputs

Supported imaging modes

Every type below is a selectable option on the protocol, and it steers which AI model runs.

01

Optical contrast

  • Brightfield (H&E, IHC)
  • Fluorescence
  • Phase Contrast
  • Differential Interference Contrast
02

Fluorescence

  • Widefield
  • Two-photon
03

Other

  • Other / custom optics
04

Module-specific

  • Plate type (colony)
  • Microspheres image type
Workflow

How It Works

1

Select optics

Pick the optical contrast and fluorescence mode you imaged with.

2

Model selected

The system uses your microscopy type to guide AI model selection.

3

Preview

Confirm detection looks right on a representative image.

4

Run

Process a single image or the whole folder with the type locked in.

Imaging on something unusual?

Send a sample image from your scope and we will confirm the right model before you buy.

Request a Demo