The best way to digitize photos is to scan each print at a useful resolution, save it in a widely supported file format, organize it with meaningful names, and keep multiple backups. You can do this at home with a scanner or use a professional service when the collection is large, fragile, valuable, or difficult to remove from albums.
A good photo-digitizing project has five basic steps:
- Sort and inventory the photographs.
- Clean and prepare them safely.
- Scan each photo at an appropriate resolution.
- Name and organize the digital files.
- Store copies in more than one location.
Heirloom’s professional photo-scanning service digitizes printed photographs at 600 DPI and delivers them as widely compatible JPG files. Whether you scan the photos yourself or have them professionally converted, the goal is the same: create digital copies that are easy to find, share, and protect.
Why Digitize Printed Photos?
Printed photographs do not need to be visibly damaged to be at risk. Heat, humidity, sunlight, poor-quality albums, fingerprints, adhesives, flooding, fire, and repeated handling can gradually affect them.
Color photographs may fade or shift in tone. Black-and-white prints can yellow or develop silvering. Some older images acquire a brownish tint as photographic materials age.
Digitizing creates an accessible copy that can be:
- Viewed without repeatedly handling the original
- Shared with relatives
- Included in family histories
- Organized by person, place, or event
- Restored or edited without altering the print
- Backed up away from the physical collection
- Passed to future generations
Photography has changed dramatically since the experiments that led to the invention of the first cameras, but the purpose remains familiar: preserving a moment that would otherwise disappear.
A digital scan does not make the original photograph disposable. The National Archives recommends retaining original photographs because digital files have preservation risks of their own.
Choose the Right Way to Digitize Your Photos
There are three practical ways to digitize printed photographs.
Use a flatbed scanner
A flatbed scanner is a good choice for small collections, delicate prints, unusually sized photographs, and images that need individual attention.
The photo remains stationary while the scanner captures it, reducing the mechanical stress associated with an automatic feeder. Flatbeds are also useful when a print is curled, torn, mounted, or too thick for another type of scanner.
The disadvantage is speed. Positioning, scanning, cropping, rotating, and naming every photograph can become a long project when hundreds or thousands of prints are involved.
Use a photo-feed scanner
A photo-feed scanner can process suitable loose prints much faster. It works best when photographs are clean, flat, separated, and in reasonably good condition.
Do not place brittle, torn, curled, sticky, mounted, or irreplaceable photographs into an automatic feeder. These prints can jam, crease, or tear. The National Archives specifically cautions against using automatic-feed scanners for fragile, weak, bent, or valuable papers.
Use a professional scanning service
A professional service is often the most practical option for large collections or photographs requiring careful handling. Before choosing one, understand the resolution, file format, organization, handling procedures, pricing, and delivery method.
Our guide to selecting a photo-scanning service for a family collection explains what to evaluate before sending your photographs anywhere.
Sort, Count, and Prepare the Collection
You do not need to identify every person and date before scanning. Begin with broad groups that will still make sense later.
Possible categories include:
- Family branch
- Decade
- Household
- Person
- Event
- Location
- Album
- Envelope or shoebox
- Labeled versus unidentified photos
Keep handwritten notes, envelopes, dividers, and album captions with the photographs they describe. These materials may contain the only surviving identification.
Our guide to organizing photos from shoeboxes into a digital collection offers a practical system that does not require finishing your family history before scanning begins.
Next, estimate the collection’s size. You can count one stack and use its height to approximate similar stacks, or count photographs by container. These photo-count estimating techniques can help you plan the time, storage, and likely cost of the project.
You may also encounter several common and uncommon print dimensions. This guide to standard photo sizes can help you identify 3-by-5, 4-by-6, 5-by-7, 8-by-10, square, panoramic, and other prints.
Before scanning:
- Wash and dry your hands.
- Clear the work surface.
- Remove loose dust with a clean, soft brush or air blower.
- Clean the scanner glass with an appropriate product.
- Allow the glass to dry completely.
- Avoid writing on the front or back of a photograph.
- Do not force prints out of albums or adhesive pages.
- Keep the original order whenever it provides useful context.
Do not use household cleaners, water, tape, glue, or abrasive cloths on photographs.
Choose the Best Resolution
Resolution determines how much image information the scanner records. Scanner settings are commonly described in DPI, or dots per inch, although pixels per inch is technically more precise when discussing the resulting digital image.
If the terminology is unfamiliar, start with what DPI stands for and this plain-language explanation of DPI meaning and why it matters for scanning.
For most printed family photographs:
- 300 DPI is useful for basic access, screen viewing, and same-size reproduction.
- 600 DPI captures more detail and provides greater flexibility for cropping, enlargement, restoration, and future use.
- Higher resolutions may be useful for very small originals, fine details, negatives, or specialized preservation work, but they also create larger files.
Heirloom uses 600 DPI for printed photographs because it provides a practical balance between detail, file size, and future flexibility. Learn more about the best DPI for scanning photos and the differences between 300 DPI and 600 DPI scans.
Documents have different requirements. Text pages generally do not need the same treatment as photographs. These guides explain why 300 DPI is a common scanning standard and how to choose DPI specifically for document scanning.
More DPI is not automatically better. Once a scan captures the useful detail contained in the original print, increasing the setting mainly creates a larger file.
How to Digitize Photos With a Scanner
Use the following process for each batch.
1. Set the scanner to color
Scan color photographs in color. It is often wise to scan black-and-white or sepia photographs in color as well because the color information can preserve paper tone, annotations, staining, and subtle image characteristics.
2. Select the resolution
Choose 600 DPI for a strong general-purpose preservation scan of a printed photograph. If speed and storage are the overriding concerns, 300 DPI may be sufficient for ordinary viewing and same-size printing.
3. Place the photo squarely
Position the photograph within the scanner bed without letting it extend beyond the glass. Do not force the scanner lid onto thick, mounted, or dimensional items.
4. Preview the scan
Use the preview function to confirm that the entire photograph is visible and properly aligned. Leave a small border if cropping too closely could remove part of the image.
5. Scan and inspect the file
Open the resulting image and check:
- Focus and visible detail
- Correct orientation
- Complete edges
- Natural color
- Dust or lines from the scanner glass
- Unintentional cropping
- File corruption
6. Name the file immediately
Do not leave an entire collection with filenames such as IMG0001 or SCAN0042 unless those numbers are connected to a reliable inventory.
A useful name might look like:
1984-07-Weber-Family-Sullivans-Island-001.jpg
When the date or identity is uncertain, say so without guessing:
circa-1970s-unidentified-family-picnic-001.jpg
Consistency matters more than creating the perfect naming system.
