Case study / AI DataMedical data annotation for radiology AI

CT scans became radiology AI training data.

CT scan imagery was annotated for tumour segmentation so a radiology AI team could train and validate models with clearer medical imaging labels.

01 Case snapshot

Operations became radiology AI training data.

Segmented
Tumour regions
Validated
Medical labels
Model-ready
Imaging dataset

CT scan imagery was annotated for tumour segmentation so a radiology AI team could train and validate models with clearer medical imaging labels.

The challenge

Radiology AI needs precise tumour boundaries and consistent labels across CT scan volumes.

The client needed annotation support that could respect medical-imaging complexity and quality expectations.

The approach

SBL structured the annotation workflow around tumour segmentation rules, review gates and dataset preparation.

Quality checks focused on consistency and usability for downstream model training.

Stage 01

Scope

Define segmentation requirements and review expectations.

Stage 02

Segment

Annotate tumour regions across CT scan images.

Stage 03

Validate

Check label consistency before model-ready delivery.

The result

The radiology AI team received cleaner labeled imaging data for model development and validation.

  • CT scan regions were segmented for AI training.
  • Review routines improved consistency across image batches.
  • The dataset became easier to use in model workflows.
  • The client avoided scaling all annotation capacity internally.
04 Talk to us

Need to make this kind of work repeatable?

Bring us the medical imaging dataset, source material or workflow. We will map the data model, quality gates and delivery path before production starts.