3Dresyns research and patent traceability index
Research, publications, dataset and patent traceability index.
This page is a governed routing hub. It directs readers to the complete 3Dresyns reference catalogue, eleven thematic peer-reviewed evidence pages, the public materials-property dataset, the DOI-indexed 3Dresyns technical-publication archive and separately identified patent literature. It adds no new claims.
What this index is (and is not)
This is a routing index, not a claim page. It links to governed 3Dresyns reference, evidence, dataset, technical-publication and patent pages so they can be found from one place. It does not add results, specifications or attributions of its own; each linked page carries its own verified detail and source framing.
The complete reference catalogue in Press & Publications preserves scientific, academic, industrial, commercial and patent references associated with 3Dresyns, Resyner Technologies and identifiable products. It classifies the source type and documentary relationship instead of treating every reference as equivalent evidence.
The eleven thematic evidence pages focus on peer-reviewed publications whose Methods or Materials sections identify 3Dresyns materials. The wider traceability system distinguishes experimental use, material characterisation, citation, acknowledgement, co-authorship, supplier identification and patent reference when those relationships are explicitly documented by the source.
The public dataset section routes to a frozen, citable Zenodo snapshot of structured material-property evidence extracted from public 3Dresyns TDS documents. The dataset preserves source-level provenance and does not infer unreported technical properties.
The DOI-indexed technical-publication archive contains first-party Technical White Papers and Engineering Reviews. Repository publication and DOI assignment support persistent citation and version control, but do not imply external journal peer review unless an individual record explicitly states otherwise.
Patent literature remains separate from scientific evidence and includes both applications and granted patents. A named material may appear only in a worked example and may not be part of the claimed invention. Naming a material is not an endorsement, licence, commercial relationship, regulatory approval or universal validation of performance.
Complete 3Dresyns reference catalogue
Scientific, academic, industry, commercial and patent references
Press & Publications is the complete master inventory. It preserves smaller commercial, institutional and industry references as well as peer-reviewed publications, without presenting all sources as having the same scientific weight.
Classification rule. Material use, material characterisation, citation, acknowledgement, co-authorship, supplier identification, compatibility listing and patent reference are preserved as distinct documentary relationships.
The catalogue preserves traceability. The thematic evidence pages below provide the more selective, application-focused peer-reviewed routes.
Public datasets and reproducible technical data
3Dresyns Additive Manufacturing Materials Property Dataset
Version 1.0 is a frozen technical snapshot derived from publicly available 3Dresyns Technical Data Sheets (TDS). It structures reported material-property evidence while preserving product, document, page and verbatim-source provenance.
Dataset scope. Quantitative, qualitative, bounded, range-based and source-ambiguous observations are represented without inferring technical properties that are not reported by the source documents. Storefront SEO metadata can evolve independently of the frozen technical evidence.
Version: 1.0
Published: 19 August 2026
DOI: 10.5281/zenodo.22015609
Suggested citation: Segurola, J. (2026). 3Dresyns Additive Manufacturing Materials Property Dataset (Version 1.0). Zenodo. DOI: 10.5281/zenodo.22015609.
DOI-indexed 3Dresyns technical publications
Technical White Papers, Engineering Reviews and related papers
The 3Dresyns technical-publication programme provides persistent, versioned access to technical white papers, engineering reviews and related records. These publications support technical traceability and citation while remaining clearly distinguished from external journal peer review. The current indexed publication programme covers 555 substantive works: 50 Technical White Papers, 500 Engineering Reviews across ER-001 to ER-500, three Engineering-Led Photopolymer Additive Manufacturing perspective papers, and two Research/Review Papers (RP-01 and RP-02). ER-000 is a separate corpus guide and is not counted among the 500 reviews. ER-035 is an active standalone publication with its own Zenodo record and permanent concept DOI; ER-100, ER-200, ER-300, ER-400 and ER-500 are the synthesis milestones in the five review intervals. The index describes the corpus scope, not proof that every record has already been deposited: consult the linked Zenodo community and each article record for confirmed availability, DOI and version.
Why Zenodo. 3Dresyns uses Zenodo to give each publication a permanent, citable identity, preserve a transparent version history and keep the technical record accessible independently of changes to product pages or website architecture. Engineers, researchers and customers can inspect, download and cite the exact source, while revised evidence can be incorporated without breaking the permanent concept DOI.
Publication-status boundary. Repository publication and DOI assignment provide persistent citation and version control. They do not, by themselves, establish external journal peer review.
Live publication links. For continuously updated titles, PDFs, DOI identifiers and revisions, consult the Engineering Reviews catalogue (ER-000 and ER-001–ER-500), the Technical White Paper Series and the Zenodo community. These destinations carry ongoing record-level updates without requiring this traceability index to duplicate every new article.
Thematic peer-reviewed evidence pages
Eleven application-focused evidence pages
These pages organise peer-reviewed sources by application area and material family. They complement, rather than replace, the complete reference catalogue. Each page reports its own verified source relationships and claim boundaries.
Dental and orthodontic materials
Research pages whose Methods identify the 3Dresyns materials used in dental and orthodontic work.
Bio-compatible and elastomeric resins
Research pages whose Methods identify the 3Dresyns materials used in soft, tough and bio-oriented work.
Conductive and stimuli-responsive materials
Research pages whose Methods identify the 3Dresyns materials used in conductive and responsive systems.
Ceramic and structural materials
Research pages whose Methods identify the 3Dresyns materials used in ceramic and structural work.
Sacrificial and microfluidics materials
Research pages whose Methods identify the 3Dresyns materials used as sacrificial or process materials and in synchrotron microfluidics setups.
CTA across the series: explore peer-reviewed research whose Methods identify the 3Dresyns materials used.
Pages by area
The eleven thematic peer-reviewed evidence pages at a glance
| Area | Research page | Source type |
|---|---|---|
| Dental and orthodontics | Radiopaque dental phantom models | Peer-reviewed research |
| Dental and orthodontics | OD-Clear aligner resins | Peer-reviewed research |
| Dental and orthodontics | Ceramic-reinforced dental resins | Peer-reviewed research |
| Bio and elastomeric | Bioflex elastomer resins | Peer-reviewed research |
| Bio and elastomeric | Biotough D90 MF resins | Peer-reviewed research |
| Bio and elastomeric | Soy-based cultured-meat scaffolds | Peer-reviewed research |
| Conductive and stimuli-responsive | Conductive PEDOT hydrogels | Peer-reviewed research |
| Conductive and stimuli-responsive | Photochromic WO3 3D-printing gels | Peer-reviewed research |
| Ceramic and structural | CDP ceramic resin (SOC research) | Peer-reviewed research |
| Sacrificial and process | Water-soluble sacrificial resins | Peer-reviewed research |
| Microfluidics and synchrotron | Synchrotron X-ray microfluidics and sample holders | Peer-reviewed research |
Mobile: scroll horizontally to view all columns; the first column stays visible. The number eleven refers to thematic evidence pages, not to the total number of references in the master catalogue. Each page reports its own verified detail; this table only groups and routes.
Patent-literature traceability
3Dresyns materials identified in patent literature
The master catalogue documents third-party patent applications and granted patents that explicitly identify 3Dresyns, Resyner Technologies or named 3Dresyns materials. The specialised Johnson Matthey page remains available for that patent family, while the complete patent list is maintained in Press & Publications.
A patent application is not a granted patent. A granted patent does not mean that every named material forms part of the claimed invention. A material may be identified only in a worked example. Naming a material is not an endorsement, licence, commercial relationship, regulatory approval or validation of performance.
More resources
References, publications and technical resources
Open the complete reference catalogue, browse the first-party technical-publication series, access the public dataset, or continue to instructions, calibration and post-processing resources.