Enable engineers and QC teams with the ability to inspect, measure, and document components with gigapixel clarity across large areas. It’s ideal for identifying defects, verifying tolerances, and communicating findings across manufacturing workflows.

• Surface finish and tool-mark inspection

• Failure analysis and fracture documentation

• PCB/component examination

• Comparative documentation for supplier QA

Create expansive, high-resolution images of geological samples—revealing structures, mineral textures, and micro-scale features while retaining full sample context. Ideal for research, teaching, and public outreach.

• Thin-section imaging with cross-polarization

• Hand sample and outcrop fragment documentation

• Fossil morphology and microtexture analysis

• Petrographic comparison & mineral identification

• Core Cross Section Imaging

Capture expansive, high-resolution images of geological samples—revealing structures, mineral textures, and micro-scale features while retaining full sample context. Ideal for research, teaching, and public outreach.

• Thin-section imaging with cross-polarization

• Hand sample and outcrop fragment documentation

• Fossil morphology and microtexture analysis

• Petrographic comparison & mineral identification

• Core Cross Section Imaging

Create seamless, high-resolution images of long tree cores and cross-sections, making growth rings and micro-features easy to study, annotate, and archive.

• Full-length tree core imaging

• Growth ring measurement and annotation

• Resin canal and cell structure analysis

• Digital archiving and collaboration datasets

Enable museums to document delicate or complex objects with high detail and minimal handling. It supports curation, conservation, research, and public-access initiatives.

• Archival digitization of natural history specimens

• Condition reporting and conservation documentation

• Artifact surface and microfeature analysis

• Large-specimen imaging without repositioning

• Online-access gigapixel image creation for exhibits

Magnify2 supports research labs, classrooms, and multidisciplinary studies by producing detailed, sharable images for analysis, publications, and teaching materials.

• High-resolution datasets for publications

• Lab teaching specimens and interactive materials

• Multidisciplinary sample documentation

• Collaborative digital datasets for remote learning

Magnify2 provides the ultra-high-resolution, consistent, and repeatable imaging needed to build high-quality training datasets for computer vision and AI models. Its automated capture, precise positioning, and large imaging area make it ideal for generating labeled datasets that require fine detail and consistent imaging conditions.

• High-resolution training data for defect-detection models

• Synthetic dataset creation from annotated gigapixel images

• Automated multi-position capture for consistent sample variation

• Dataset generation for segmentation, classification, and measurement tasks

• Cross-polarized and multi-lighting captures for robust model training

Magnify2 enables forensic teams to document and examine evidence with exceptional clarity while preserving both micro-scale detail and overall context. Its large imaging area and consistent lighting make it ideal for capturing trace evidence, tool marks, impressions, and fragile samples without repeated handling.

• Tool mark and surface impression analysis

• Fiber, hair, and trace evidence documentation

• High-resolution imaging of fractured materials

• Bullet casing and land comparisons

• Gigapixel evidence records for courtroom presentation