Application notes
This section groups application-focused pages that describe workflows, use cases and implementation examples using 3Dresyns® materials.
It is intended to help users navigate existing application-related content and identify relevant materials, technologies and processing routes.
Medical and healthcare applications
Pages covering the use of photopolymer materials in medical and healthcare research and development, including functional prototypes, devices and application-specific workflows.
These pages typically address material selection, processing considerations and application constraints relevant to medical environments.
Dental applications
Application notes related to dental workflows, including model production, guides, appliances and other dental research and development uses.
Content focuses on compatibility with dental processes, printing considerations and material performance expectations.
Engineering and functional prototyping
Application-focused pages describing the use of functional photopolymer resins for engineering, prototyping and industrial research applications.
These pages may include examples related to mechanical performance, thermal resistance, dimensional stability and process optimization.
Casting and indirect manufacturing
Pages describing indirect additive manufacturing routes, including sacrificial patterns, molds and investment casting workflows.
Content typically links materials, printing strategies and downstream processing steps.
Microfluidics and specialized applications
Application notes related to microfluidics and other specialized or emerging use cases, where material behavior, resolution and surface characteristics are critical.
These pages provide guidance on application-specific challenges and considerations.
How to use application notes
Application notes are intended as guidance and reference material. Final material selection, process validation and regulatory qualification remain the responsibility of the user for their specific application and jurisdiction.