Description
Compare service options
Choose the result that best matches your project. Select that option above to confirm the price.
| Option | Best for | What you receive | How it differs |
|---|---|---|---|
| One scan $375.00 | A project with one agreed sample, interval, row, stage, or time point. | One repeatable long-format image record using the approved setup. | The capture method is the same as the other scan-count choices; this option covers one completed scan. |
| Two scans $700.00 | A project with two agreed samples, intervals, rows, stages, or time points. | Two repeatable long-format image records using the approved setup. | The workflow is unchanged; this option increases the completed scan count from one to two. |
| Three scans $1,025.00 | A project with three agreed samples, intervals, rows, stages, or time points. | Three repeatable long-format image records using the approved setup. | The workflow is unchanged; this option increases the completed scan count to three. |
| Four scans $1,200.00 | A project with four agreed samples, intervals, rows, stages, or time points. | Four repeatable long-format image records using the approved setup. | The workflow is unchanged; this option covers four completed scans at the lowest listed per-scan rate. |
Prices cover the listed baseline service. Sample preparation, extra views, special handling, custom formats, metadata, rush work, and shipping are confirmed before work begins.
Repeatable imaging for sequences and progressions
Linear progression imaging is used when a sample, row, tray, core, transect, or developmental series needs to be documented consistently along a defined sequence.
Common applications
- Growth series, seed trays, developmental samples, linear transects, core progressions, and staged experiments.
- Repeatable image capture for comparison over time or across sample groups.
- Scientific records where spacing, scale, and repeatability are as important as image quality.
Macroscopic Solutions can configure capture spacing, magnification, field of view, stitching, and delivery files around the measurement goal.
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