Soya 3D resins for SLA, DLP & LCD printing
Soya-derived bio-based 3D resins for SLA, DLP and LCD/MSLA printing, developed for sustainability-oriented additive manufacturing workflows requiring reliable printability and stable curing behaviour.
3Dresyns® soya resins in this collection combine renewable-content positioning with practical vat-photopolymerization workflows for prototyping, model making and selected dental or functional-use cases.
Navigate by: general-purpose route, high-speed safe route, dental route and bio-content profile.
This collection groups 3Dresyns® soya-derived resins for SLA, DLP, LCD/MSLA and broader vat-photopolymerization workflows.
These materials are positioned around renewable-content strategy, stable curing behaviour and reliable printability for sustainability-oriented material evaluation, prototyping and product development.
Key features & benefits
Choose your soya-resin family
Use the routes below to navigate the collection by application logic and material profile.
- Soya-derived bio-based resin positioning with renewable-content strategy.
- Reliable printability and stable curing behaviour across vat-photopolymerization workflows.
- General-purpose performance profiles depending on grade.
- Suitable for sustainability-oriented material evaluation, benchmarking and development projects.
Typical applications
Typical use scenarios across the collection
This collection is relevant for users looking for bio-based resin routes in prototyping, model printing and broader eco-oriented material screening.
- Sustainability-focused prototyping: early-stage development projects with renewable-content priorities.
- General models and functional prototypes: routine printing workflows with bio-based material positioning.
- Product development builds: concept validation and iterative design work.
- Research projects: eco-oriented benchmarking and material screening.
- Dental model printing: selected eco-oriented dental model workflows where applicable.
Why choose this collection
How to choose the right soya resin
Select the most suitable material according to application type, safety profile, speed needs and desired bio-content positioning.
- Need a general bio-based soya resin with high renewable-content positioning → choose Bio Soya1
- Need a bio-based soya resin with bio & photo oxidative catalysts → choose Bio D
- Need a monomer-free ultra safe & fast route → choose USF Bio D
- Need an eco-friendly dental-model route → choose OD Soya1
- Prioritise highest visible bio-content in this collection → start with Bio Soya1 or OD Soya1
- Prioritise high-speed and safer monomer-free positioning → start with USF Bio D
- Prioritise broader sustainability-oriented benchmarking → compare Bio Soya1, Bio D and USF Bio D
- Prioritise dental model workflow → start with OD Soya1
Decision tree summary
Use this simplified selection logic before detailed workflow validation.
- Need general-purpose bio-based route → Bio Soya1
- Need catalyst-assisted bio-based route → Bio D
- Need ultra safe & fast monomer-free route → USF Bio D
- Need eco-friendly dental-model route → OD Soya1
Then validate final suitability under the intended printer, exposure settings, washing sequence and post-curing protocol.
Products in this collection
Bio-based soya resins for general printing workflows
For sustainability-oriented prototyping, general models and functional development builds using SLA, DLP or LCD/MSLA workflows.
Ultra safe and fast monomer-free bio-based route
For workflows requiring safer monomer-free positioning together with faster processing logic and bio-based content.
Eco-friendly dental-model route
For dental-model printing workflows requiring a soya-based bio-content route with eco-oriented positioning.
Highest visible bio-content options in the collection
For users prioritising the strongest visible bio-content positioning among the currently shown soya resin routes.
Technical overview table
Workflow-dependent performance
Printability, curing response, dimensional stability and final-use suitability depend on the interaction between the selected soya resin, the printer technology, exposure strategy, washing procedure and post-curing workflow.
Successful implementation therefore requires alignment between material selection, printer compatibility, curing conditions and qualified processing workflow.
| Soya resin | Bio-content profile | Core positioning | Main behaviour | Typical positioning | Target workflow |
|---|---|---|---|---|---|
| Bio Soya1 | 82% Bio content | General bio-based resin | Reliable printability and stable curing behaviour | Sustainability-oriented prototyping, general models and functional development | SLA / DLP / LCD / vat photopolymerization |
| Bio D | 81% Bio content | Bio-based soya resin with bio & photo oxidative catalysts | Stable curing behaviour with catalyst-assisted route logic | Eco-oriented material evaluation and development projects | SLA / DLP / LCD / vat photopolymerization |
| USF Bio D | 50% Bio content | Ultra Safe & Fast bio-based monomer-free resin | Safer monomer-free and high-speed oriented workflow logic | Engineering & prototyping and eco-oriented benchmarking | SLA / DLP / LCD / vat photopolymerization |
| OD Soya1 | 82% Bio content | Dental-model soya resin | Eco-friendly dental model route with stable printability | Dental model printing with sustainability-oriented positioning | Dental SLA / DLP / LCD workflows |
Mobile: scroll horizontally to view all columns. The first column remains visible while scrolling.
Portfolio overview
A bio-based soya platform rather than a single eco-resin
This collection is structured around several soya-derived routes covering general-purpose printing, catalyst-assisted behavior, monomer-free safe/fast logic and a dedicated dental-model option.
- Bio Soya1 covers the main general-purpose bio-based route.
- Bio D adds a catalyst-assisted soya-based route.
- USF Bio D adds a monomer-free ultra safe & fast route.
- OD Soya1 extends the collection into dental-model workflows.
Workflow note
The right soya resin depends on the application route, not only on bio-content
These materials are most effective when selection starts with the intended workflow: general-purpose prototyping, monomer-free fast processing, dental model printing or sustainability-oriented benchmarking.
In practice, the correct route is to define the printing objective first, then validate the selected resin under the intended printer, curing settings and post-processing conditions.
Technical and commercial support
Documentation, technical selection help and workflow support
Use the resources below to move from soya-resin preselection to workflow validation, technical discussion or project-specific support.
Final CTA
Select the right soya-resin route and validate the final bio-based workflow
Use the route-based navigation above to identify the most relevant soya-derived resin, compare candidates in the technical overview table, and move forward with workflow-specific validation for sustainability-oriented printing projects.
Resins with high bio-based content can behave differently from more conventional synthetic photopolymer systems and may require tighter workflow control during printing.
Depending on formulation and printer conditions, high bio-content resins may show a greater tendency to adhere to the release film, including FEP-based systems, and can present a narrower and more sensitive printing window.
These materials may also exhibit lower mechanical strength, lower toughness or higher brittleness than fully synthetic systems or formulations with lower bio-based content, which can increase the risk of failure both during printing and in final use if the application is mechanically demanding.
For this reason, bio-based resin selection should always consider not only sustainability targets, but also printer compatibility, release behaviour, part geometry and real mechanical requirements.
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From prototyping to industrial production, performance depends on materials, calibration and process control