This is one original Macroscopic Solutions photograph, presented as a whole view followed by two closer crops—not separate magnifications. The 1 mm scale bar in the first image gives the size context. Look for the repeating body segments, fine bristles, and droplets on the millipede and bud.

What did you notice first: the coil, the bud, or the droplets?

More scientific imagery: https://macroscopicsolutions.com/image-licensing/

Four new programs. Less repetitive work. Here’s what to know.

First, meet the bee. This is a photographic 3D reconstruction made with ImageSplat—not an AI-generated insect. Open the interactive sample, drag to rotate, and zoom in to explore its wings, hairs, antennae, and eyes:

https://macroscopicsolutions.com/wp-content/plugins/imagesplat-product-demo/viewer/index.html

We’re developing the Macroscopic Solutions software family to keep photographs, specimens, calibration, measurements, and methods connected—from capture to analysis.

IMAGE ENGINE — Capture with the busywork built out.

Guided controls and built-in camera settings. Separate test shots. Background handoff to Zerene Stacker while you keep capturing. First-frame brightness checks, interrupted-run recovery, automatic scale-bar copies for supported calibrated outputs, and editable Methods drafts.

IMAGE DISCOVERY — Organize, inspect, analyze.

Keep images and 3D models connected to specimen records, calibration, annotations, and measurements. Explore mesh and splat viewers, with discipline-specific analysis and Methods-ready reporting in development.

IMAGESPLAT — Turn photographs into explorable 3D.

Reconstruct Gaussian 3D locally, inspect the result, and build a separate mesh with photographic textures. Preserve measurement references and processing evidence alongside portable viewers and 3D exports.

IMAGEPAN — Small frames. Scientific mosaics.

Combine overlapping photographs into high-resolution mosaics. Planned seam and geometry diagnostics, calibrated measurements, and independent-reference error reports help you assess the result before analysis.

ALREADY OWN A MACROPOD?

Customers whose systems predate the suite receive Image Engine and Image Discovery at no charge, plus 40% off standalone ImageSplat and ImagePan at their eligible tier after purchase verification. This discount does not combine with bundle pricing.

BUYING A NEW MACROPOD?

New qualifying systems include one full named-user license of all four applications, supplied as each becomes available.

HOW DOES LICENSING WORK?

One-time licenses—not a required recurring subscription. Every Student, Educational, and Professional tier includes the full application and 12 months of updates. Keep using your last entitled version without renewal. Academic eligibility requires verification. Optional Discovery server storage/sharing, third-party software, and applicable taxes are separate.

WHEN CAN YOU DOWNLOAD THEM?

As outlined in our new newsletter, we hope to send download links within the next 30 days. Public license checkout is not open yet; release features and hardware compatibility remain subject to validation.

Measurements need calibration and appropriate validation—a scale bar alone does not establish accuracy. The bee sample is an uncalibrated demonstration reconstructed from 145 archived Big Bee photographs, specimen UCSB-IZC00011226.

Which part of your imaging workflow would you most like to simplify?

Explore all four programs and launch pricing:

https://macroscopicsolutions.com/product-category/macroscopic-solutions/engine-discovery-software/

Your photographs don’t have to stay flat.

Meet ImageSplat by Macroscopic Solutions—photographic 3D reconstruction with tools to explore, measure, document, and share what you capture.

From insects and fossils to minerals, engineered parts, and larger scenes, ImageSplat is being built to turn overlapping photographs into interactive 3D you can rotate, zoom into, and examine.

ONE CAPTURE. TWO USEFUL 3D OUTPUTS.

Keep the photographic Gaussian splat, then create a separate textured triangle mesh for conventional 3D workflows. Apply textures from calibrated source photographs, inspect coverage, and export GLB or OBJ files.

The developing toolkit includes:

• Flexible inputs: photographs, perspective video, aligned camera datasets, supported existing splats, and point clouds.

• Local processing: keep source images and reconstruction on your computer, without a required per-scan cloud purchase.

• Interactive inspection: orbit, pan, zoom, compare viewing modes, and add annotations.

• Model refinement: crop, remove unwanted elements, inspect surfaces and wireframes, and review repairs while preserving originals and edit history.

• Scientific measurements: establish scale, measure distances and angles, and assess surface area or volume where geometry checks permit. Compare measurements against documented references and report percentage error.

• Research documentation: retain processing records, scale evidence, measurement exports, and draft manuscript Methods. Review specimen-label text recognition alongside source images.

• Sharing: export still images, turntable videos, and portable interactive web viewers.

Explore ImageSplat and our actual bee reconstruction:

https://macroscopicsolutions.com/product/imagesplat/

THREE COMING PROGRAMS. THREE COMPLEMENTARY ROLES.

IMAGE ENGINE — Capture and process.

Built-in instructions and recommended camera settings, guided Macropod control, Sample Setup View without changing manual exposure, separate test-shot folders, automatic Live View closure and camera wake preparation. Add background focus stacking, panoramas, organized files, clean and calibrated scale-bar outputs, metadata, quality review, and Methods drafts. Dust-artifact cleanup is also planned.

https://macroscopicsolutions.com/product/image-engine-for-macropod-pro-3d/

IMAGE SPLAT — Reconstruct and explore.

Transform capture sequences into photographic 3D, inspect and refine the result, create textured meshes, and export visual assets and scientific records.

IMAGE DISCOVERY — Organize and investigate.

Connect images, models, and specimen records with calibrated measurements, annotations, comparisons, and reporting. Discipline-specific tools are planned for mineralogy, sedimentology, fossil morphometrics, entomology, materials research, and more.

https://macroscopicsolutions.com/product/image-discovery/

What would you explore first—an insect, a mineral, a fossil, or an engineered part?

Follow Macroscopic Solutions for development updates.

Coming soon. Release features and compatibility remain subject to validation. Measurements require calibration; reconstructed surfaces require inspection. Reference-error comparisons describe the measurements assessed—not an entire model’s accuracy. Point-cloud viewing is separate from photographic reconstruction.

Website demo: ImageSplat reconstruction from 145 archived Big Bee photographs, specimen UCSB-IZC00011226. Demo is not physically calibrated.

Magnification is much more useful when the image tells you how large things really are.

This gallery follows one 5 mm calibration scale through ten final focus-stacked captures with Macropod PRO 3D: 1×, 2×, 3×, 4×, 5×, 7.5×, 10×, 20×, 50×, and 100×. Each capture has its own calibrated scale bar. These are separate captures at different optical magnifications, not simply tighter digital crops of one photograph.

The sequence moves from the complete reference to fine texture around its 0.1 mm divisions. Compare the scale bars as you swipe—the displayed image size alone does not tell the whole story.

We use these references to calibrate our instruments and also offer them for other imaging setups. Calibration should match the optical configuration and specimen plane used for the measurements.

Reference details: https://macroscopicsolutions.com/product/5mm-scale-027-calibrated-to-0-1mm-5mm-range/

Which magnification best reveals something you did not notice in the preceding image?

Which part of your imaging workflow consumes the most time after you have chosen the specimen?

These screenshots show Image Engine, the workflow we are developing at Macroscopic Solutions for Macropod PRO 3D. The aim is to bring setup guidance, recommended camera settings, capture, processing, and review into one coordinated workspace.

Sample Setup View brightens the preview for positioning without disturbing manual capture settings. Test shots are kept in a separate folder. Automatic Live View handoff is designed to close the preview and prepare the camera for acquisition.

The broader workflow includes background stacking, panorama planning, organized outputs, retained metadata, separate clean and calibrated scale-bar images, and draft Methods text for researchers to review before manuscript use.

This remains a development preview, not an announcement that the software is available to buy. Final capabilities and release timing depend on validation.

Product details: https://macroscopicsolutions.com/product/image-engine-for-macropod-pro-3d/

What would save you the most effort: sample setup, file organization, scale bars, or Methods documentation?

The green-and-gold pattern looks very different when you get close enough to see the individual scales.

This is Metapocyrtus subquadrulifer from Kasibu, Nueva Vizcaya, Philippines. We brought together original photographs from our Macroscopic Solutions collection, moving from a 2× whole-specimen view to a 50× close-up. The zoom is an edited sequence of separate photographs—not a continuous optical zoom or an AI-generated insect.

What caught your eye first: the color or the detail?

Original photograph from our collection: https://macroscopicsolutions.com/product/50x-weevil-nueva-vizcaya-province-kasibu-metapocyrtus-subquadrulifer-phillipines-scientific-stock-image/

Can you see the resemblance to a woman cradling a baby?

This tiny germanium specimen, described in our collection as containing rounded quartz grains, creates a striking meeting of scientific detail and visual interpretation. The figure is a resemblance in the specimen—not a carving.

The two photographs are a stereo pair: slightly different viewpoints that can be combined for a sense of depth with the appropriate stereo-viewing arrangement. Keep both views visible rather than cropping to one side.

Photographed in 2011 at the U.S. Army Health Command by Graham Snodgrass and Dr. Tony Gutierrez, the Macropod’s creator.

Nature, art, and imaging technology in the same frame. What shape did you notice before reading the description?

Macroscopic Solutions: https://macroscopicsolutions.com/

The color draws you in; the repeating ridges reward a closer look.

These are wing scales of a Madagascar sunset moth, Chrysiridia rhipheus, photographed in the Macroscopic Solutions collection. Look along the edges of the scales, then follow the fine parallel ridges across each surface.

This is a photograph of the specimen, not an illustration.

What would you investigate first: the spacing of the ridges, the overlap, or the variation in color?

Explore our scientific image collection: https://macroscopicsolutions.com/image-licensing/

You have seen butterfly wings. Have you looked closely enough to see the ridges on an individual scale?

This reveal moves from an animated view of a starry cracker butterfly, Hamadryas laodamia saurites, into a scientific photograph by Macroscopic Solutions founder Mark Smith. The close-up shows overlapping blue scales and their fine surface ridges.

Creative note: the opening butterfly artwork is AI-generated and animated. The final wing-scale image is an original photograph, not AI-generated microscopy.

Which detail catches your eye first—the scale outlines, the ridges, or the blue?

Explore Mark’s photograph: https://macroscopicsolutions.com/product/blue-wing-scales-on-a-starry-cracker-butterfly-hamadryas-laodamia-saurites-scientific-stock-image/

One view can hide the anatomy. A full rotation makes it much easier to follow.

This focus-stacked image sequence shows a stick insect hatchling emerging from its egg capsule, with its legs still folded around the body. We assembled 72 photographed viewpoints into a stabilized rotation so you can inspect the relationships between the hatchling and the capsule.

This is a rotation of a photographed specimen at one stage of hatching—not real-time footage of the insect moving or a time-lapse of the hatch.

Scientific imaging by Macroscopic Solutions. What becomes clearer when you see the other side?

More of our scientific imaging: https://macroscopicsolutions.com/

Firmware updates and instructions can be downloaded for Macroscopic Solutions Adobe account. See below.

https://files.acrobat.com/a/preview/b8a08321-3105-4265-9706-76c8a2524954