Services / Oversize Original Scanning
core scanning service

Oversize Original Scanning

A controlled stitched-scanning workflow for originals too large for single-pass capture, matched to material structure and final-use requirements.
  • Suitable for oversized film, prints and other large originals
  • Capture planned according to scale, condition and output needs
  • Stitched workflow designed to preserve alignment and continuity
  • Output prepared for archive, reproduction, exhibition or print
core scanning service - oversize original scanning
OVERVIEW
What this service is for

Some originals exceed the physical limits of single-pass scanning while still requiring high-resolution, controlled capture. In these cases, the image is recorded through a stitched workflow designed around the size, structure and condition of the material.

Oversize scanning is not simply a matter of dividing the image into parts. The workflow must account for alignment, continuity, tonal consistency and safe handling across the entire original. The capture method is therefore selected according to both the material itself and the final use of the file.

  • Suitable where single-pass capture is not possible or not sufficient
  • Workflow planned according to scale, structure and physical condition
  • Continuity maintained across multiple capture areas
  • File preparation matched to archive, reproduction, exhibition or print use
Available capture approaches

Depending on the material, the workflow may involve stitched flatbed capture, large-format section scanning or a hybrid path combined with further file assembly and preparation.

WORKFLOW
core service - Oversize Original Scanning
From planning to assembled files
Each oversize project follows a controlled stitched workflow adapted to the material, its dimensions and the final intended use.
core service - Oversize Original Scanning:  step - 1
Intake and Format Assessment
The project begins with review of the original’s dimensions, structure and handling requirements.
Before any scanning is planned, the original is assessed for size, format, physical structure and overall condition. This helps determine whether stitched capture is necessary and what practical limitations must be considered before work begins. The aim is to establish a realistic and safe starting point for the capture strategy.
  • Dimensions and format are reviewed
  • Physical structure and condition are noted
  • Capture limitations are identified early
  • The initial workflow path is defined
step
1
Intake and Format Assessment  
The original is reviewed for dimensions, structure, condition and the practical limits of safe capture.
core service - Oversize Original Scanning:  step - 2
Capture Planning
The stitched workflow is planned before the original enters final capture.
Oversize scanning requires a clear plan for how the original will be divided into capture areas. At this stage we define the section sequence, overlap logic, practical scanner limits and handling approach needed to produce a coherent final file. This planning stage is essential because oversize capture depends on continuity across many controlled decisions rather than one single scan.
  • Section sequence is planned in advance
  • Overlap logic is defined for assembly
  • Practical scanner limits are accounted for
  • Handling strategy is aligned with capture planning
step
2
Capture Planning  
We define the sectioning strategy, overlap logic and handling approach required for the material.
core service - Oversize Original Scanning:  step - 3
Condition Review and Preparation
The material is reviewed in more detail before section capture begins.
Large originals may present handling risks that are not obvious at first glance. Surface condition, physical stability, warping, edge damage or other vulnerabilities can affect how the workflow is carried out. This step ensures that the capture plan remains realistic and that the material can be handled with appropriate care throughout the scanning process.
  • Surface condition is reviewed in more detail
  • Fragility and physical stability are assessed
  • Handling risks are identified before capture
  • Preparation supports safer section scanning
step
3
Condition Review and Preparation  
Surface condition, fragility and physical stability are reviewed before capture begins.
core service - Oversize Original Scanning:  step - 4
Section Capture Setup
The scanner setup is prepared for accurate, repeatable section capture.
Once the planning stage is complete, the capture setup is configured to support the intended sequence of overlapping scans. Positioning, repeatability and stability matter here because small inconsistencies can become visible when the file is assembled later. The setup must support both technical continuity and safe handling of the original.
  • Scanner setup supports repeatable section capture
  • Positioning is prepared for continuity
  • Stability matters for later assembly
  • Setup reflects both image goals and handling needs
step
4
Section Capture Setup  
The scanner setup is prepared for the planned sequence of overlapping captures.
core service - Oversize Original Scanning:  step - 5
Calibration and Test Alignment
Test captures are used to confirm tonal consistency and assembly behaviour before final scanning.
Before the full sequence begins, test captures help confirm that overlap, framing and tonal behaviour will support clean assembly. This stage also helps identify any practical adjustments needed in the capture path before the final sections are recorded. The goal is to reduce uncertainty and maintain continuity across the stitched workflow.
  • Test captures verify overlap behaviour
  • Framing and tonal continuity are reviewed
  • Practical adjustments are made before final capture
  • The stitched workflow begins from a controlled baseline
step
5
Calibration and Test Alignment  
Test captures are used to confirm tonal consistency, framing and stitch behaviour before final
core service - Oversize Original Scanning:  step - 6
High-Resolution Section Capture
The original is captured in planned overlapping sections for later assembly.
The final scanning stage records the original as a sequence of controlled captures, with overlap and framing matched to the assembly plan. Resolution and practical settings are chosen according to the material and the intended use of the final file. This stage depends on consistency as much as resolution, because every section must work as part of a whole.
  • Final capture follows the planned section sequence
  • Overlap supports accurate assembly
  • Resolution is matched to practical output needs
  • Capture remains consistent across the full original
step
6
High-Resolution Section Capture  
The original is captured in controlled sections with overlap planned for accurate assembly.
core service - Oversize Original Scanning:  step - 7
File Assembly and Quality Review
The captured sections are assembled into a coherent final file and reviewed for continuity.
After capture, the individual sections are assembled into a single image file. This stage includes review of alignment, seam behaviour, tonal continuity and overall structural coherence across the image. The aim is not only to join parts successfully, but to produce a final file that works as one controlled image.
  • Sections are assembled into a unified file
  • Alignment and seam behaviour are reviewed
  • Tonal continuity is checked across the image
  • Final preparation follows project requirements
step
7
File Assembly and Quality Review  
The sections are assembled, checked and refined to maintain continuity across the whole image
core service - Oversize Original Scanning:  step - 8
Delivery and Return Handling
The completed file is delivered as agreed, and the original is returned or stored with care.
Once assembly and review are complete, the final file is delivered in the agreed structure and format. The original is then repacked for return, transfer or storage according to its physical requirements. This final stage completes the workflow with the same attention to control and material care established earlier in the process.
  • Files are delivered in the agreed form
  • Delivery structure matches project requirements
  • Originals are repacked carefully
  • Return or storage follows agreed handling logic
step
8
Delivery and Return Handling  
Final files are delivered in the agreed form, and the original is repacked for safe return or storage.
SUITABLE FOR
When this workflow is relevant
  • Originals too large for the working area of a single scanner pass
  • Large transparencies, prints or composite originals
  • Materials requiring high-resolution reproduction beyond standard capture size
  • Projects where continuity across the full image matters
  • Archive, exhibition, reproduction or print uses where a low-resolution substitute would not be sufficient
OUTPUT
What you receive

The final output is prepared according to how the file will be used. Depending on the project, this may involve a high-resolution assembled master file, structured delivery for archive purposes, or preparation for reproduction, exhibition graphics or print.

Where required, the workflow can continue into retouching, cleanup or print-oriented preparation after file assembly.

  • Assembled high-resolution files prepared according to intended use
  • Structured delivery for archive, reproduction, exhibition or print workflows
  • Further retouching available where appropriate
  • Output preparation matched to the role of the image, not treated as a generic default
single service page output section image

RELATED SERVICES

Services often requested with this workflow

related services

Additional services around scanning and file preparation

These services support refinement, correction and output preparation where the project requires it.
single service page cta section image
GET GUIDANCE
Discuss your oversize original
If you are unsure whether your material requires a stitched workflow, we can review its format, condition and intended use, then recommend the most suitable capture path before scanning begins.
Request a workflow recommendation