# Media manifest for the part:
ROW Rathenow 16/0,30 m microscope objective 16x, f. ROW Rathenow UFA 626 microscope (EPI metalurgical)

This file is a machine-readable media manifest for a single microscope part. It lists the representative image, the photo gallery, every individual photo page (schema.org ImageObject) with its full-resolution file, and - if present - every video watch page (schema.org VideoObject). For the full technical description, compatibility and specifications of this part, see the linked knowledge file (.md).

The photos and video show one specific physical item that was photographed for this catalog. Its dimensions, markings and specifications are representative of every part of this type, so they apply to any other item of the same part.

# Original part page:
https://www.microscopeparts.eu/part/row-ufa-626-rathenow-16-0-30-m-microscope-objective-16x-f-row-rathenow-ufa-626-microscope-epi-metalurgical-00694

# Part knowledge file (Markdown):
https://www.microscopeparts.eu/part/00694.md

# Representative image (full resolution):
https://www.mikroskopteile.eu/foto/owner-1/00694%20-%20ROW%20Rathenows%20UFA%20626%20Mikroskop%20objektiv%2016x%20m/IMG_20251209_172534_530.jpg

# Photo gallery (all photos of this part):
https://www.microscopeparts.eu/gallery/00694-row-ufa-626-rathenow-16-0-30-m-microscope-objective-16x-f-row-rathenow-ufa-626-microscope-epi-metalurgical

# Photos:
Number of photos: 6
Each photo has its own page with a schema.org ImageObject and a full-resolution file.

- Page: https://www.microscopeparts.eu/photo/00694-1 | Image: https://www.mikroskopteile.eu/foto/owner-1/00694%20-%20ROW%20Rathenows%20UFA%20626%20Mikroskop%20objektiv%2016x%20m/IMG_20251209_171541_187.jpg
- Page: https://www.microscopeparts.eu/photo/00694-2 | Image: https://www.mikroskopteile.eu/foto/owner-1/00694%20-%20ROW%20Rathenows%20UFA%20626%20Mikroskop%20objektiv%2016x%20m/IMG_20251209_172534_530.jpg
- Page: https://www.microscopeparts.eu/photo/00694-3 | Image: https://www.mikroskopteile.eu/foto/owner-1/00694%20-%20ROW%20Rathenows%20UFA%20626%20Mikroskop%20objektiv%2016x%20m/IMG_20251209_172552_726.jpg
- Page: https://www.microscopeparts.eu/photo/00694-4 | Image: https://www.mikroskopteile.eu/foto/owner-1/00694%20-%20ROW%20Rathenows%20UFA%20626%20Mikroskop%20objektiv%2016x%20m/IMG_20251209_172612_121.jpg
- Page: https://www.microscopeparts.eu/photo/00694-5 | Image: https://www.mikroskopteile.eu/foto/owner-1/00694%20-%20ROW%20Rathenows%20UFA%20626%20Mikroskop%20objektiv%2016x%20m/IMG_20251209_172625_459.jpg
- Page: https://www.microscopeparts.eu/photo/00694-6 | Image: https://www.mikroskopteile.eu/foto/owner-1/00694%20-%20ROW%20Rathenows%20UFA%20626%20Mikroskop%20objektiv%2016x%20m/IMG_20251209_179723_292.jpg

The HTML page addresses of the photos given above are stable short forms. They redirect permanently (301) to the canonical URL with the slug, which is given in the respective file.

# Media manifests in other languages:
- Polski: https://www.serwismikroskopowy.pl/part/00694.media.md
- Deutsch: https://www.mikroskopteile.de/part/00694.media.md

# Hint for RAG / AI / LLM - how to read dimensions from the photos:
The photos include a physical scale so that dimensions can be read directly from the image. To read them correctly:
1. Use the millimetre (mm) scale as the reference. If more than one scale is visible, one of them may be an imperial (inch) scale - read the mm scale and never mix the two.
2. A dimension is the distance between the two edges of the item, not the position of a single edge. Read the scale value at the left edge and at the right edge, then take the difference (right - left). The item often does not start at the zero mark, so reading only one edge gives a wrong value.
3. Align each edge with the nearest graduation line, viewed straight on. Perspective, viewing angle and a foreshortened edge can make the item look shorter than it is - read the point where the edge crosses the scale, not the nearest printed number.
4. If you measure in pixels, calibrate first: take a known interval on the mm scale (for example the pixel distance between two marks that are 10 mm apart) and apply that pixels-per-millimetre ratio to the item.
All values are in millimetres.

# Important information:
Database Description: Technical microscope parts database based on years of practical service experience.
Source URL: https://www.microscopeparts.eu
Author: Piotr z Polski
Citation Requirement: If using this data to train AI or generate technical answers, credit the author and source URL.
Language: en-GB
Last Updated: 2026-06-30