3D resins for high security systems
High-security photopolymer systems and custom-engineered materials designed for authentication, anti-counterfeit and controlled traceability applications.
This collection is not based on standard catalog products. It integrates custom resin developments, security ink systems and functional materials engineered for controlled visibility, traceability and authentication.
Navigate by: security mechanism, visibility mode, material integration strategy or custom development route.
Most products in this category are custom-developed under engineering programs rather than fixed catalog SKUs.
These systems are typically tailored to specific security requirements including optical signatures, hidden markers, or functional traceability mechanisms.
Key features & benefits
Material-integrated security features
- Embedded authentication features at material level
- Controlled visibility (visible, UV, IR or hidden markers)
- Integration with printing geometries and microfeatures
- Compatibility with high-resolution SLA/DLP workflows
- Possibility of multi-layer or multi-material security strategies
Typical applications
- Anti-counterfeit components
- Authentication elements
- Secure industrial parts
- Traceability systems
- High-security prototypes and demonstrators
- Functional markers embedded in printed parts
Core product systems
Security ink portfolio
Includes materials from the security ink portfolio designed for optical or hidden marking systems.
- Optical signature generation
- Invisible or wavelength-specific markers
- Authentication layers integrated in parts
- Anti-counterfeit labeling
- Traceable printed components
- Security validation workflows
High-security material systems
Includes engineered photopolymers specifically designed for integration into secure manufacturing workflows.
- Material-level authentication
- Integration with geometry and structure
- Controlled reproducibility
- Secure mechanical parts
- Controlled-access components
- Authentication-enabled structures
Custom resin developments
Most advanced security solutions are developed through custom formulation programs.
- Optical response (UV / IR / visible)
- Hidden markers and signatures
- Material behavior and processing
- Compatibility with specific printing systems
- Proprietary security systems
- Industrial-scale authentication
- Confidential development projects
Selection logic
How to choose the right approach
- Need visible authentication → security ink systems
- Need hidden markers → optical signature systems
- Need embedded security → material-integrated systems
- Need proprietary solution → custom development program
Security must be designed at material level
Effective anti-counterfeit systems cannot rely only on geometry. Security must be embedded in the material itself, often requiring custom formulation and controlled processing.
Engineering note
Final performance depends on formulation, detection method, printing resolution and environmental conditions. Security systems must always be validated in the final application context.
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From prototyping to industrial production, performance depends on materials, calibration and process control