Description
System overview
| Imaging platform | Rigid, image-first thin-section system with camera, objective, stage and analyzer paths. |
|---|---|
| Camera | Canon EOS R5 camera body for digital petrographic records. |
| Illumination | Transmitted LED light, petrographic analyzer/polarizer path, and Godox MF12 flash components with lens/objective diffusers. |
| Output workflow | Plain-light and cross-polarized fields can be focus stacked and stitched while preserving optical settings and stage orientation. |
Scientific optics included
- Canon MP-E 65 mm 1–5× macro
- Canon 70–200 mm objective tube-lens path
- Mitutoyo M Plan Apo 2× and 5×
- Mitutoyo M Plan Apo 7.5×, 10× and 20×
- Mitutoyo M Plan Apo 50× and 100×
This Micro Kit petrographic configuration includes seven Mitutoyo objectives from 2× through 100×.
Field of view guide
| Section context | A low-power, stitched record connects each mineral observation to the full prepared thin section. |
|---|---|
| Grain relationships | 2× and 5× objectives document fabrics, boundaries and inclusions under recorded illumination and polarization. |
| Smaller features | The included 7.5×–100× Micro Kit extends inspection to narrower fields when the section and working distance support them. |
| Reproducible comparison | Record plain or cross-polarized mode, analyzer/stage orientation, objective, light settings and specimen-plane scale. |
Field descriptions guide capture planning. Physical field width and measurement accuracy depend on the camera, optics, working distance and a separately verified specimen-plane calibration. The itemized quote confirms the exact supplied configuration.
Macropod Petrographic R5 + Micro Kit Educational Petrographic Microscope System. This is a petrographic microscope system for geoscientists, mineralogists, educators, and labs working with thin sections. It may not look like a conventional petrographic microscope in the product photo because the Macropod approach separates the camera, microscope objective, transmitted-light stage, polarizing/analyzer path, and stacking workflow into a more rigid, image-first architecture.
Educational pricing: available to qualifying schools, colleges, universities, museums, and teaching programs with school identification and an institution-affiliated email address.
Why It Matters for Petrography
Conventional petrographic microscopes are built for direct visual observation first. Macropod Petrographic is built for high-resolution digital capture first: stable alignment, long-working-distance microscope objectives, controlled transmitted and polarized light, focus stacking, and stitched image records that can be reviewed, measured, taught from, and archived.
Best Fit
Petrographic microscope workflow
Designed for geological thin sections, mineral identification support, transmitted light, plain light, cross-polarized light, and petrography teaching collections.
Higher-quality image capture
The rigid Macropod optical path, microscope objectives, controlled illumination, and stacking workflow are intended to produce substantially cleaner digital results than ordinary eyepiece or microscope-camera capture.
R5 camera package
Canon EOS R5 body for higher resolution, more cropping headroom, and stronger archival thin-section image records.
Micro Kit objective path
This Micro Kit configuration adds the expanded 7.5x, 10x, 20x, 50x, and 100x objective workflow for smaller mineral features, fine textures, inclusions, and high-magnification petrographic documentation.
Petrographic Imaging Examples
Configuration Notes
| Camera body | Canon EOS R5 body for higher resolution, more cropping headroom, and stronger archival thin-section image records. |
|---|---|
| Objective path | Mitutoyo M Plan Apo 2x, 5x, 7.5x, 10x, 20x, 50x, and 100x objective capability with Canon RF 70-200mm infinity-corrected tube-lens path. |
| Included petrographic path | Petrographic Analyzer, transmitted-light stage, rotating polarizer/analyzer workflow, Godox MF12 flash components, StackShot control, Macropod hardware, Zerene Stacker license, support, and warranty coverage. |
| Thin-section use | Prepared for geological thin sections, petrographic slides, mineral textures, mineral inclusions, cross-polarized color records, and teaching/reference image sets. |
| Ordering | Price is shown for planning. Petrographic systems begin with quote review so the camera body, objective path, transmitted-light setup, training, and shipping can be confirmed before invoicing. |
Applications
- Petrographic thin-section imaging
- Plain light and cross-polarized light documentation
- Mineralogy, petrology, sedimentology, metamorphic and igneous texture records
- Geoscience teaching collections and classroom demonstrations
- Publication, archive, and report-ready geological image documentation
Scale-bar calibration reference
Micro Kit workflows are commonly documented with the 5 mm Calibration Scale for Scientific Image Measurement, calibrated to 0.1 mm across a 5 mm range, so customers can create accurate scale bars and measurement references during capture or post-processing.
