Radio-transparent and radio-opaque 3D resins organized for imaging workflows, visibility tuning and specialty material development in SLA, DLP and LCD/MSLA printing.
This collection supports comparison of materials designed for X-ray-visible or X-ray-transparent behavior in medical, industrial and R&D workflows where imaging interaction is a key design parameter.
Navigate by: radio-opacity, radio-transparency, imaging visibility or application-specific imaging workflow priority.
Select the grade according to imaging objective and validate the final resin choice for the intended printer, imaging modality, exposure conditions and target application.
Imaging-oriented specialty material platform
This collection is structured for applications where interaction with X-ray or imaging systems is part of the functional requirement rather than a secondary property.
It includes radio-opaque and radio-transparent routes for demonstrators, markers, prototypes and specialty parts requiring controlled visibility or invisibility in imaging workflows.
Quick selection by workflow priority
Material navigation
Choose your imaging-material route
Use the routes below to access the most relevant material family in this collection.
Typical routes
Key features & benefits
Material profile
Imaging-oriented photopolymers and additives
These materials are designed for applications where radio-opacity or radio-transparency must be considered as part of the functional behavior of the printed part.
Main advantages
- Imaging-oriented material positioning
- Radio-opaque and radio-transparent options depending on grade
- Visibility tuning for X-ray and imaging workflows
- Specialty performance targeting for medical and industrial R&D
- Suitable for demonstrators, markers and functional test parts
- Aligned with imaging-driven development workflows
Typical uses
Typical applications
These resins are relevant for workflows where imaging visibility, contrast behavior or transparency to X-ray systems is part of the intended part function or test strategy.
Application examples
- Imaging-visible components
- Radiopaque markers
- Medical device prototypes depending on project
- Inspection demonstrators
- Functional test parts for imaging workflows
Collection overview
Products in this collection
Products in this collection are shown below.
This collection currently includes specialty radio-opaque and radio-transparent material routes positioned for medical, industrial and R&D imaging workflows.
Selection logic
Decision guide
How to choose the right imaging resin
Select the most suitable grade according to whether your priority is X-ray visibility, X-ray transparency, contrast control or specialty imaging behavior in the final part.
Decision guide
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Need a part to be visible under X-ray or related imaging → choose a radio-opaque route
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Need a part with minimal interference in imaging workflows → choose a radio-transparent route
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Need markers, demonstrators or inspection references → prioritize visibility-tuned materials
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Need medical or industrial imaging prototypes → select the route aligned with the required imaging response and overall application constraints
Workflow principle
Imaging behavior depends on both material design and test conditions
Even with imaging-oriented materials, final visibility depends on formulation, part thickness, geometry, processing conditions and the imaging system used for evaluation.
These materials are best interpreted as specialty development tools where printability, dimensional control and imaging response must be assessed together within the intended workflow.
These materials are intended for specialty imaging, inspection and R&D workflows. Final suitability depends on the printing process, part geometry, imaging setup and the level of contrast or transparency required by the application.
These products should be understood as specialty imaging-oriented material routes rather than standard general-purpose resins. Final validation must always consider the exact imaging modality, test conditions and functional objective of the printed part.
