See how ARDEM digitized more than 1.35 million pages over a five-year U.S. Army medical museum program while maintaining a 100% on-time delivery track, preservation-safe handling, approximately 20 metadata fields per item, and multi-stage quality review.
MILITARY MEDICAL ARCHIVE DIGITIZATION CASE STUDY
Digitizing 1.35 Million+ Pages of Military Medical History Through a Controlled Archival Workflow
1.35M+
Pages digitized
5 years
Program duration
~20
Metadata fields/item
100%
On-time delivery track
Overview
A national U.S. Army medical museum needed to make historically significant records more accessible without compromising fragile originals. The five-year program covered more than 1.35 million pages across accession files, card catalogs, correspondence, ledger books, film, microfiche, and other archival materials with varying sizes, conditions, metadata requirements, and readability.
The Challenge
High-speed batch scanning was not appropriate for delicate onion-skin paper, card stock, large ledger books, mixed media, and historically significant source material.
Metadata also required human interpretation across names, places, dates, descriptions, document types, handwriting, faded text, and changing schemas, with ambiguous records needing second review or client clarification.
The ARDEM Solution
ARDEM managed the archive as an end-to-end digitization program spanning collection transport, material assessment, overhead image capture without rollers, manual cropping, file naming, TIFF/JPEG/PDF-A conversion, OCR where required, metadata extraction, normalization, exception control, and layered quality review.
Large ledgers used archival supports, while changing document types and uncertain metadata were handled through samples, review, and client-approved decisions rather than forced standardization.
Download the Full
Military Medical Archive Digitization
Case Study
Military Medical Archive Digitization
Case Study
For museum directors, archivists, government program managers, records leaders, digital collections teams, compliance leaders, and organizations modernizing sensitive historical archives.
"*" indicates required fields
Why ARDEM
Material type, size, and condition determined the appropriate scanning setup.
Fragile originals were scanned without rollers and large ledgers used archival supports.
Client-defined TIFF, JPEG, PDF/A-1b, and OCR requirements were managed inside one workflow.
Approximately 20 fields per item were captured and normalized using document-specific rules.
Illegible handwriting, ambiguous types, and uncertain data were escalated for second review or client clarification.
Image, conversion, metadata, content, spelling, and format checks created multiple pre-delivery control points.Managed Workflow Diagram
The Results
ARDEM digitized more than 1.35 million pages across a five-year military medical museum program and maintained a 100% on-time delivery track. Preservation-safe overhead scanning protected fragile originals, while client-defined file naming, TIFF, JPEG, PDF/A-1b conversion, OCR where required, and approximately 20 metadata fields per item created organized digital records. Ambiguous handwriting and document classifications entered defined exception paths, and layered image, conversion, metadata, content, spelling, and format checks supported a dependable long-term digital archive.
The 1.35 Million+ Pages Were Only the Visible Problem
The Larger Risk Was Increasing Digital Access Without Protecting Fragile Originals or Metadata Quality
The museum did not only need scanning capacity. The collection contained fragile material, mixed document types, large ledgers, historical handwriting, and metadata requirements that changed by record type.
A volume-first scanning model could increase image count while introducing preservation risk, poor file organization, inconsistent metadata, or unresolved ambiguity.
The operating model needed to connect preservation, image capture, file conversion, metadata interpretation, exception decisions, and quality review across a multi-year program.
ARDEM digitized more than 1.35 million pages over five years while maintaining a 100% on-time delivery track. Preservation-safe overhead scanning, multi-format conversion, approximately 20 metadata fields per item, human exception review, and layered QA created a controlled path from fragile physical records to accessible digital history.
1
Collection Intake
Transport and establish controlled custody for archival materials.
2
Material Assessment
Select handling and scanning methods by type, size, and condition.
3
Safe Image Capture
Use overhead scanning, manual cropping, and archival supports.
4
File and Format Control
Apply client naming and TIFF, JPEG, PDF/A and OCR requirements.
5
Metadata and Exceptions
Capture, normalize, and escalate ambiguous historical information.
6
Layered QA and Delivery
Review images, conversions, metadata, content, spelling, and format.
What You’ll See in the Full PDF
The full case study explains:
- How fragile and mixed-format materials were assessed before scanning
- How overhead capture avoided roller-based handling of delicate originals
- How large ledger books were supported during one-page-at-a-time imaging
- How TIFF, JPEG, PDF/A-1b, OCR, and client-defined file naming were controlled
- How approximately 20 metadata fields per item were interpreted and normalized
- How multi-stage QA and client clarification supported a 100% on-time five-year program
Does Your Archive Need Production Scale Without a Volume-Only Scanning Model?
Download the case study to see how preservation, metadata, exception control, format conversion, and layered QA can operate together across historically significant collections.