Matting additives
Reactive matting additives for photopolymer 3D resins, developed to reduce gloss, tune surface appearance and create more matte, lower-reflection printed parts.
3Dresyns® matting materials in this collection are positioned for appearance-focused workflows where reduced shine, visual softness and more tactile surfaces are important to the final result.
Navigate by: main matting additive route, blackest matte color route and surface-finish tuning logic.
This collection includes matting additives and matte-finish color systems developed to reduce gloss and tune surface appearance in photopolymer 3D prints.
These materials are intended for workflows where lower reflections, matte aesthetics and more controlled visual finish are needed in engineering prototypes, display models and consumer-facing mockups.
Key features & benefits
Choose your matte-finish route
Use the routes below to navigate the collection by gloss-reduction strategy and final visual target.
- Gloss reduction and matte-finish control.
- Surface appearance tuning and reduced reflections.
- Improved tactile feel depending on formulation and application method.
- Consistent matting performance depending on the final resin system and workflow.
Typical applications
Typical use scenarios across the collection
This collection is suitable for workflows where the final surface must look less glossy and more visually controlled.
- Matte aesthetic prototypes: reducing shine in concept and presentation parts.
- Display models: improving visual readability by lowering reflections.
- Consumer product mockups: achieving more premium matte appearance in early samples.
- Surface-finish tuning: balancing matte effect against formulation and exposure behaviour.
- Parts requiring reduced gloss for functional or visual reasons: including photography-friendly and presentation-focused components.
Why choose this collection
How to choose the right matting route
Select the most suitable route according to whether the main objective is general gloss reduction or achieving a highly matte black finish.
- Need a general matte-finish additive → choose 3D-ADD MATT1
- Need the mattest and blackest visual route → choose 3Dresyns M&B1
- Need reduced gloss in a customizable resin workflow → start with 3D-ADD MATT1 and validate loading and exposure
- Prioritise flexible matte tuning across formulations → start with the main matting additive route
- Prioritise deep matte black appearance → start with M&B1
- Prioritise lower reflections in display parts → compare both routes against the final aesthetic target
Decision tree summary
Use this simplified logic before detailed formulation validation.
- Need gloss reduction and matte-finish tuning → MATT1
- Need a mattest black finish → M&B1
- Need reduced reflections in prototypes or mockups → validate the matte route under the final exposure and pigment system
Then validate the final route under the intended resin family, additive loading, cure settings and visual finish target.
Products in this collection
Matting additive for gloss reduction
For workflows requiring lower gloss, reduced reflections and a more matte surface without switching to a dedicated opaque black system.
Mattest & blackest color route
For workflows where the final goal is a very dark, visually dense and deeply matte black appearance.
Technical overview table
Workflow-dependent performance
Final gloss level, matte appearance, reflection control and tactile feel depend on the interaction between the selected matting route, the base resin, additive loading, pigment system and curing conditions.
Successful implementation therefore requires alignment between matting route, visual target, formulation strategy and qualified exposure workflow.
| Material | Primary role | Core concept | Main behavior | Typical positioning | Target workflow |
|---|---|---|---|---|---|
| 3D-ADD MATT1 | Matting additive | Reactive gloss-reduction and matte-finish control | Reduces gloss, lowers reflections and tunes surface appearance | Matte aesthetic prototypes, display models and finish-controlled printed parts | Engineering & prototyping DLP / LCD-MSLA / SLA / vat photopolymerization workflows |
| 3Dresyns M&B1 | Matte black color route | Mattest & blackest appearance route | Delivers a very dark matte black visual finish | Consumer product mockups, display parts and appearance-critical black finishes | Matte-black photopolymer formulation and color-finish workflows |
Mobile: scroll horizontally to view all columns. The first column remains visible while scrolling.
Portfolio overview
A focused matte-finish platform rather than a broad color page
This collection is compact and clearly structured around two complementary matte-finish routes: one for general gloss reduction and one for extreme matte black appearance.
- 3D-ADD MATT1 covers the general gloss-reduction route.
- 3Dresyns M&B1 covers the mattest black route.
- Together, they support matte surface design across more neutral or more color-specific appearance targets.
Workflow note
The right matte route depends on the visual target and formulation system
These materials are most useful when the finish objective is defined first: lower gloss, reduced reflections, deeper matte black appearance or improved tactile surface character.
In practice, the correct path is to define the final look first, then validate the chosen route under the intended resin family, additive load and exposure conditions.
Technical and commercial support
Documentation, technical selection help and workflow support
Use the resources below to move from matting-route preselection to formulation planning, exposure validation or broader technical support.
Final CTA
Select the right matting route and validate the final surface finish
Use the route-based navigation above to identify the most relevant matte-finish workflow, compare candidates in the technical overview table, and move forward with formulation-specific validation for lower gloss and more visually controlled printed parts.
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From prototyping to industrial production, performance depends on materials, calibration and process control

