3D resins for orthodontic and dental applications

3Dresyns® photopolymer systems for orthodontic and dental applications are designed to support digital dentistry workflows where accuracy, surface quality, mechanical performance and controlled biocompatibility are essential requirements.

Regulatory notice

3Dresyns materials are supplied as professional manufacturing materials for additive manufacturing workflows in dental and orthodontic laboratory environments. They are not marketed as finished medical devices unless explicitly stated for a specific product and jurisdiction.

The regulatory classification, validation and compliance of any final medical device manufactured using these materials remains the responsibility of the legal manufacturer of that device in accordance with applicable regulations, including Regulation (EU) 2017/745.

These materials are not defined as fixed formulations with intrinsic properties. They are developed as multivariable systems whose final performance depends on formulation version, printer technology, processing parameters and post-processing workflow.

Application-driven material systems

Orthodontic and dental applications impose specific technical and regulatory constraints that differ from general-purpose 3D printing. Material systems must support precision, repeatability and suitability for use in professional clinical or laboratory environments when processed according to qualified workflows.

3Dresyns dental and orthodontic resin systems are developed to address these requirements within a controlled and transparent system-based framework.

Workflow-dependent material performance

The mechanical behavior, dimensional stability, surface characteristics and biocompatibility outcomes of printed dental and orthodontic parts depend on multiple interacting variables. These include resin formulation, selected version, printer technology, exposure strategy, orientation, washing procedures, post-curing conditions and finishing steps.

Reported properties represent typical performance obtained under reference configurations and should be interpreted as representative responses rather than absolute material constants.

Versions, configurations and adaptability

Within a given dental or orthodontic resin system, different versions or configurations may be available to optimize parameters such as printing speed, viscosity, surface quality, flexibility or strength.

This configurability allows the same material system to be adapted to different printers, workflows and application needs while maintaining consistency and traceability.

Integration into digital dental workflows

3Dresyns resin systems are designed to integrate into modern digital dentistry and orthodontic workflows, from design and printing to post-processing and preparation for use.

Successful implementation requires alignment between material system selection, printer capability and the ability to follow qualified Instructions for Use throughout the workflow.

Responsible and transparent material communication

3Dresyns communicates dental and orthodontic material performance within a responsible and process-aware framework. Properties and application suitability are presented as typical outcomes obtained under defined conditions, not as unconditional guarantees independent of workflow variables.

This approach supports informed decision-making and realistic expectations in regulated and application-critical environments.

Governing principle

3Dresyns dental and orthodontic resins are multivariable, system-based photopolymers. Performance and biocompatibility are typical responses obtained under reference configurations and qualified workflows, not intrinsic properties of the liquid resin alone.

This principle ensures consistent, transparent and technically sound interpretation of dental and orthodontic materials across the 3Dresyns portfolio.