I know my application, but not my material
Find the right material starting from your application, not from chemistry or product names.
You know what you want to make. The challenge is selecting the right material system to achieve it.
This page helps users move from application requirements to the correct material family, process route, selection logic and engineering workflow.
Use this page when the application is known but the material route is still unclear.
Instead of browsing hundreds of materials, start from what your part, mold, pattern, device, tool or manufacturing workflow needs to do. Then move into the correct material family, process technology, severity level and validation route.
The goal is not to select the strongest, hardest, most flexible, most expensive or most familiar material by default. The goal is to select the material system that matches the real application, geometry, printer or manufacturing route and validation requirement.
Choose your selection route
Quick selection by application
Fast navigation for users who want to identify the right material family without entering full engineering analysis.
Engineering selection
Use this route when the application has mechanical, thermal, dimensional, optical, functional or workflow requirements that require more than basic family selection.
Full process control
Use this route when the material must be implemented in a reproducible, calibrated or validated workflow. Final performance depends on material, printer, exposure or energy delivery, geometry, post-processing and validation.
Typical application routes
Match your application to the right material family
Use these typical routes as starting points before refining your selection through documentation, testing or engineering support.
Use application logic before product logic
Application-first selection helps avoid common mistakes such as choosing a material only because it is hard, flexible, biocompatible, high-temperature, transparent or inexpensive.
- Visual or low-load use: start from general-purpose or standard materials.
- Functional use: move toward next-generation, engineering or application-specific materials.
- Critical or demanding use: consider premium engineering systems, structured validation and full process control.
- Dental or biomedical use: start from the relevant application family and review IFU, validation and regulatory constraints.
- Indirect manufacturing: start from casting, sacrificial, mold-making, injection or ceramic / metal workflow logic.
- Ceramic or metal final performance: compare direct printing with indirect shaping before selecting the material route.
Direct or indirect manufacturing route
Do not choose the material before choosing the manufacturing architecture
Some applications should not start from a printable resin. They should start from the final manufacturing route. This is especially important for ceramics, metals, injected plastics, elastomers, sacrificial structures, castable patterns and printed molds.
When application-first selection is not enough
If the application involves tight tolerances, unusual geometry, regulatory requirements, post-processing constraints, debinding, sintering, indirect manufacturing, printer-specific limitations or unclear failure modes, move from quick selection into engineering selection and process validation.
Still unsure?
Use guided selection or request technical support
If your application has multiple constraints or you are unsure how to translate requirements into material choice, use the material finder, guided support page or direct technical guidance.