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Scientific photogrammetry and 3D reconstruction

Build scientific 3D models from controlled photography.

Scientific photogrammetry depends on consistent overlap, controlled light, scale, and processing. The object, required accuracy, and delivery format determine the camera, software, computer, and training.

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Translucent juvenile squid photographed against a colorful cyan and yellow background

Choose your next step

Start with what you need to see—not the equipment.

Answer the practical questions that apply to your work. Then choose an imaging system, an imaging-service project, or a complete workflow that fits.

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Will the 3D model be used for teaching, machine learning, analysis, or public sharing?
The intended use determines the required coverage, scale, texture, mesh density, exports, and review process. Macropod PRO 3D creates controlled multi-angle image sets for small and medium specimens; larger field subjects need a camera, lens, and capture plan matched to their scale. Surface movement, translucency, reflection, and fragility affect whether image-based reconstruction is suitable.
What must the finished model show?
Shape, surface detail, scale, measurement reference, mesh density, texture, point cloud, orthomosaic, and export format determine the capture coverage and Metashape processing plan.
Which capture components support the needed detail?
A configured Macropod PRO 3D uses a Canon R5 and controlled Godox MF12 lighting; current Mitutoyo objectives are added when fine detail and working distance require them. Focus stacking is used where the depth of the subject exceeds a single image plane.
How does the image set become a 3D model?
In Agisoft Metashape, images are added and aligned, depth maps or a point cloud are built, then the model, texture, scale, and exports are reviewed. The viewer below shows the result of that controlled capture-and-processing sequence.

Why Macroscopic Solutions

A scientific imaging workflow—not just a camera or microscope.

Since 2013, Macroscopic Solutions has helped research, public-sector, and technical teams turn difficult samples into useful visual records. We connect the system, optics, lighting, software, training, and service work around the result you need.

  • See the whole picture and the fine detail.Move from context to the features that matter without losing the relationship between them.
  • Make the useful view repeatable.Match the sample, scale, lighting, motion, and output to a documented imaging workflow.
  • Get practical help before and after purchase.Use application guidance, training, software support, and imaging services when equipment is not the immediate answer.

3D photogrammetry example

Dolphin vertebrae 3D model

This approximately 20 cm wide dolphin vertebrae model shows the kind of large-subject 3D result produced after a carefully captured image set is aligned, reconstructed, textured, and exported from Agisoft Metashape.

Use the viewer to rotate, zoom, and inspect the actual 3D model reconstructed from the image set.

From controlled images to an interactive model

  • Capture a consistent, overlapping image set with the configured Macropod PRO 3D, Canon R5, and controlled lighting.
  • Focus-stack individual viewpoints when the subject has more depth than one exposure can hold.
  • In Agisoft Metashape, align images, build depth-based geometry, inspect the model, create texture, scale it, and export the required files.

Macropod PRO 3D supplies controlled specimen capture; the Micro Kit extends fine-detail work with current Mitutoyo objectives. Agisoft Metashape turns the image set into the reconstruction.

Explore Agisoft MetashapeAgisoft user manuals

Prefer finished imagery to an equipment purchase?

Have Macroscopic Solutions capture and build the model.

Send the object for controlled capture and Metashape processing, or ask about project-specific on-site work. Deliverables can include textured models, web assets, still renders, scale references, and source images.

Explore 3D model production

Evidence in practice

See controlled capture become a usable 3D research asset.

Bee specimen imaging and 3D reconstruction workflow
Peer-reviewed 3D methods

Focus-stacked insect morphology in 3D

A Scientific Reports study documents Macropod and Metashape for repeatable high-resolution insect morphology in 3D.

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Arabidopsis roots in a cuvette for spaceflight-related research imaging
Complex biological subjects

Arabidopsis root modeling connected to spaceflight research

Transparent-container roots show why refraction, overlap, and reconstruction feasibility must be tested first.

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Research, purchasing, and implementation

Resources for your decision.

Published research

Review scientific papers and technical work that cite Macropod or Macroscopic Solutions imaging workflows.

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See documented museum, university, geoscience, environmental, and research examples.

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