3Dresyns Professional 3D Printing Architecture

Structured photopolymer system architecture for industrial, technical and regulated environments.

Minimum engagement: €20,000. These programs define complete additive manufacturing systems at material–process–hardware level. They are engineered implementations, not troubleshooting or generic consulting services.

Program level is determined by system complexity, validation depth, reproducibility requirements and regulatory exposure.

For performance-critical applications, System Architecture is typically combined with Resin Customization Programs to ensure full control of both material and process.

Professional Architecture Program €20,000

• Complete photopolymer workflow architecture.
• Hardware system definition (printer, cleaning and post-curing).
• Exposure structuring methodology.
• Parameter stabilization logic.
• Structured written technical sessions.
• Traceable internal implementation documentation.

Advanced Engineering Architecture €30,000

• All Professional features.
• Radiometric structuring and irradiance evaluation logic.
• Working curve construction (Dp and Ec extraction when required).
• CRT calibration alignment.
• Mechanical validation framework (SMSP integration).
• Reproducibility control methodology.

Regulated Environment Architecture €45,000+

• Risk-based exposure design.
• Traceable parameter documentation framework.
• Biomedical, dental, packaging or food-contact structuring.
• Controlled reproducibility alignment.
• Extended validation documentation logic.

High-Risk / Class III / Pharmaceutical Architecture ≥ €150,000

• Full high-risk photopolymer system architecture.
• Deep exposure validation and photopolymer modelling.
• Regulatory-aligned documentation structuring.
• Advanced reproducibility and risk control logic.
• Fully customized project scope definition.

High-Risk / Advanced Industrial System Architecture ≥ €150,000

• Full high-complexity photopolymer or additive manufacturing system architecture
• Advanced exposure validation, process modelling and reproducibility control
• Engineering, regulated, biomedical, pharmaceutical or mission-critical implementation logic
• Complex hardware, material, workflow and validation integration
• Regulatory-aligned or engineering-defensible documentation where required
• Fully customized project scope definition

Positioning: These programs are designed for organizations requiring structured, reproducible and technically defensible photopolymer implementation at system level.

If your primary constraint is material performance rather than system architecture, consider Resin Customization Programs →