How to Digitise Old Family Photos at Home (The Right Way)
A practical guide based on archival standards — without specialist equipment.
Most families have a box somewhere. Envelopes of prints from the 1970s. Albums with photos peeling off black pages. Slides nobody has looked at in decades. Negatives in paper sleeves, unlabelled.
The problem is not finding the time to scan them. The problem is doing it in a way that will still be usable in thirty years — and not having to do it again.
This guide covers the decisions that matter: resolution, format, equipment, and file organisation. It draws on the digitisation standards used by cultural heritage institutions, simplified for home use.
Before You Start: Two Principles Worth Following
Heritage institutions working with physical collections follow two rules that apply equally at home:
1. Scan once, at the highest quality you can manage. Rescanning a collection is expensive in time. The cost of storing a high-resolution file is effectively zero. Always err toward higher quality.
2. Never alter the original scan. Save the raw scan as your archival master. Any editing, cropping, or restoration happens on a copy. The original is your insurance against better tools becoming available in the future — and they will.
What Equipment Do You Need?
The minimum: a flatbed scanner
A flatbed scanner is the right tool for prints and documents. Smartphone scanning apps are convenient for quick capture but unsuitable for archival purposes — they introduce lens distortion, uneven lighting, and compression artefacts that degrade quality.
Recommended specifications:
- Optical resolution of at least 1200 DPI (dots per inch)
- A scanning bed of at least A4 size
- Compatibility with your operating system’s native scanning software
For most home digitisation projects, a mid-range flatbed scanner in the €80–150 range is sufficient. Models from Epson’s Perfection V series are widely used for this purpose and well-supported.
For negatives and slides: a scanner with a transparency adapter
Standard flatbed scanners cannot scan negatives or slides without a transparency adapter (also called a transparency unit or TMA). Many mid-range scanners include this. If your collection includes 35mm negatives or slides, confirm the scanner supports them before purchasing.
For large volumes of negatives, dedicated film scanners produce better results but at significantly higher cost.
Resolution: What Settings to Use
Resolution determines how much detail your scan captures. Higher resolution means larger files and more detail.
| Material | Minimum resolution | Recommended |
|---|---|---|
| Standard prints (10×15cm and larger) | 600 DPI | 600 DPI |
| Small prints (smaller than 10×15cm) | 600 DPI | 1200 DPI |
| 35mm negatives | 1200 DPI | 2400 DPI |
| Slides | 1200 DPI | 2400 DPI |
| Documents and letters | 300 DPI | 400 DPI |
The reasoning: a 600 DPI scan of a standard print produces an image large enough to print at the original size with no quality loss, and to crop significantly without losing detail. For small prints, higher resolution is necessary to achieve the same result.
Do not scan at lower resolution to save storage space. A 600 DPI scan of a 10×15cm print produces a file of approximately 10–20MB in TIFF format — storage that costs essentially nothing.
File Format: TIFF for Masters, JPEG for Sharing
TIFF is the correct format for archival masters. It is lossless — every scan saved as TIFF retains exactly the information captured by the scanner, with no compression artefacts. TIFF files are large, but they are the industry standard for archival digitisation precisely because of this.
JPEG is acceptable for sharing and for working copies. It uses lossy compression, which reduces file size at the cost of some quality. For sharing with family or uploading to cloud services, JPEG at high quality settings (90%+) is practical and sufficient.
The workflow:
- Scan and save as TIFF → your archival master
- Export a JPEG copy from the TIFF → for sharing, restoration work, and cloud backup
- Never resave a JPEG as a JPEG — each save cycle degrades quality further
Colour Settings
Scan in colour by default, even for black-and-white photographs. Black-and-white prints contain subtle tonal information that a colour scan captures more accurately than a greyscale scan. The difference is visible when you compare the two at high magnification — particularly in shadow areas and in photographs with age-related discolouration.
Set colour depth to 24-bit (standard colour) as a minimum. Some scanners offer 48-bit colour, which captures a wider tonal range and is worth using if available, particularly for photographs that will undergo restoration.
Preparing Your Originals
Before scanning:
Clean the scanner glass. Dust and fingerprints on the glass appear as spots and smears on every scan. Use a microfibre cloth and isopropyl alcohol. Check the glass under a lamp before each scanning session.
Handle prints by the edges. Fingerprints on the surface of a photograph cause permanent damage over time. If you are handling a large volume of prints, cotton gloves are worth using.
Do not attempt to flatten severely curled prints by force. Placing a heavy book on a curled print for 24–48 hours before scanning is sufficient for mild curling. Forcing a brittle print flat risks cracking the emulsion layer.
Scan fragile items without pressing the scanner lid down hard. Most flatbed scanners produce acceptable results with the lid raised or removed for thick or fragile items.
File Naming and Organisation
A digitised photograph with no metadata is only marginally more useful than an unsorted box of prints. The naming convention you choose now determines how findable your archive will be in ten years.
A practical naming convention:
YYYY-MM_[location]_[subject]_[sequence].tif
Examples:
1967-06_Paris_Grandparents-wedding_001.tif
1983-00_Unknown_Summer-holiday_001.tif
1983-00_Unknown_Summer-holiday_002.tif
Use 00 for unknown months, 0000 for unknown years. Consistent placeholders make unknown dates sortable alongside known ones.
Folder structure:
/Family Archive/
/Masters/ ← TIFF archival masters, never edited
/1960s/
/1970s/
/1980s/
/Working Copies/ ← JPEG exports for sharing and restoration
/Restored/ ← AI-restored versions, labelled clearly
Separate masters from working copies at the folder level, not just in the filename. This makes it impossible to accidentally overwrite a master file.
Adding Metadata
File naming captures the basics. For a searchable archive, add metadata directly to the file using a tool such as Adobe Bridge (free), DigiKam (free, open source), or XnViewMP (free).
At minimum, add to each file:
- Date (as precise as known)
- Location
- People pictured (in the description or keywords field)
- A brief description of what the photograph shows
This information travels with the file regardless of where it is copied or shared. It is what transforms a folder of images into an archive.
Storage: The 3-2-1 Rule
The standard backup strategy used in institutional archiving applies directly to personal collections:
- 3 copies of every file
- 2 different storage media (e.g., external hard drive + cloud)
- 1 copy offsite (cloud storage, or a drive kept at a different location)
For home archives, a practical implementation:
| Copy | Location | Medium |
|---|---|---|
| Primary | Home | External SSD or hard drive |
| Secondary | Cloud | Google Drive, iCloud, or Backblaze |
| Tertiary | Offsite | Second external drive at a family member’s home, or M-DISC |
Review and test your backup copies annually. Hard drives fail; cloud services change their terms. An untested backup is not a backup.
After Scanning: Restoration
Once your archival masters are saved, restoration can begin — on copies, never on masters.
AI-powered restoration tools have made it practical for individuals to repair scratched, faded, and torn photographs in minutes. The results have improved significantly in recent years, to the point where professional-quality restoration is accessible without specialist skills.
A separate guide covers the best AI restoration tools available in 2026, how they compare, and which types of damage each handles best.
→ Best AI Photo Restoration Tools (2026): A Practical Comparison
Summary
| Decision | Recommendation |
|---|---|
| Scanner type | Flatbed, 1200 DPI optical minimum |
| Resolution (prints) | 600 DPI |
| Resolution (negatives) | 2400 DPI |
| Format (masters) | TIFF |
| Format (sharing) | JPEG at 90%+ quality |
| Colour mode | 24-bit colour (even for B&W) |
| Backup strategy | 3 copies, 2 media, 1 offsite |
The equipment and time required to digitise a family collection properly are modest. The cost of not doing it — photographs lost to deterioration, fires, or floods — is not recoverable.
ADOCHS applies the digitisation standards developed for national heritage institutions to help families preserve their own photographic history. Start with your collection →