Instructions for Use (IFU) – 3Dresyns Resource Hub
3Dresyns® Instructions for Use (IFU) define the qualified workflows for using our multivariable photopolymer systems across different printing technologies, applications and material configurations.
3Dresyns materials are not fixed products, but process-dependent systems. Final performance depends on formulation version, printer technology, processing parameters and post-processing workflow.
For this reason, Instructions for Use are structured by levels.
IFU Level 1 – Core Instructions for Use
These documents define the fundamental and mandatory processing rules applicable to all users and all 3Dresyns material systems.
-
Instructions for Use (IFU) for Vat Photopolymerization (SLA, DLP & LCD)
-
Instructions for Use (IFU) for Additives & Resin Modification
-
About the importance of following 3Dresyns Instructions for Use (IFU)
All other IFUs depend on these core documents.
IFU Level 2 – Technology-Specific Instructions
These IFUs apply only when using specific technologies or system classes and must be used together with IFU Level 1.
IFU Level 3 – Application-Specific Instructions
These IFUs describe application-driven workflows and are used only when relevant.
-
Instructions for Use (IFU) for Water-Soluble Sacrificial 3D Printed Resins
-
Instructions for Use (IFU) for Solvent-Soluble Sacrificial 3D Printed Resins
-
Instructions for Use (IFU) for Printing Aligners (DLP & LCD)
Fast IFU & Visual Reference Guides
Fast IFUs provide visual and practical guidance to accelerate onboarding and troubleshooting.
They do not define validated processing conditions and must always be used together with the official IFUs above.
-
Fast Instructions for Use (Fast IFU) for Asiga systems – visual reference guide
-
Fast & Accurate Instructions for Use (Fast IFU) for DLP & LCD printers
Governing principle
3Dresyns materials are multivariable, algorithm-assisted photopolymer systems.
Instructions for Use define qualified reference workflows, not absolute guarantees.
Final performance depends on formulation version, printer technology, processing parameters and post-processing conditions and must be validated by the user.