Testers

Choose your validation route

Use the routes below to navigate the collection by the type of testing objective you want to prioritize.

• Supports practical evaluation of printing and post-processing performance.
• Helps validate printability, dimensional accuracy, surface quality and final part behavior.
• Reduces trial-and-error through more controlled evaluation workflows.
• Useful for industrial, dental, medical and research teams needing structured testing tools.

Typical use scenarios across the collection

This collection is suitable for teams that require structured testing tools and evaluation solutions to accelerate development, improve reliability and support repeatable manufacturing outcomes.

• Resin selection: comparing candidate materials before committing to a broader workflow.
• Material benchmarking: evaluating performance differences under controlled conditions.
• Printer qualification: checking process consistency and output quality on specific equipment.
• Workflow validation: assessing the effect of cleaning, curing and degradation-related variables.
• Application-driven evaluation projects: structured testing for industrial, dental, medical and research teams.

How to choose the right tester

Select the most suitable route according to whether the key need is post-processing validation or long-term degradation monitoring.

• Need to evaluate cleansing and post-curing workflow quality → choose the Cure Tester & Purification kit
• Need to monitor print degradation over time or under exposure conditions → choose the Degradation Tester

• Prioritise post-processing optimization → start with the Cure Tester & Purification kit
• Prioritise stability and degradation assessment → start with the Degradation Tester

Decision tree summary

Use this simplified logic before detailed validation planning.

• Need to validate full cleansing and cure-related post-processing → Cure Tester & Purification kit
• Need to monitor degradation behavior of printed parts → Degradation Tester

Then validate the final testing route under the intended material family, printer conditions and post-processing protocol.

Cure and purification validation

For users who need to evaluate cleansing and post-processing conditions as part of a structured print-quality workflow.

Degradation monitoring

For users monitoring how printed parts degrade as part of structured performance validation and workflow assessment.

A focused validation platform rather than a broad accessories page

This collection is compact but clearly structured around two different evaluation priorities: post-processing validation and degradation monitoring.

• The Cure Tester & Purification kit addresses cleansing and cure-related validation needs.
• The Degradation Tester addresses monitoring of degradation behaviour in printed parts.
• Together, they support more structured qualification before scaling into production or advanced development.

The right tester depends on what part of the workflow you need to validate

These tools are most useful when the evaluation question is clearly defined first: whether the issue is post-processing quality, cleansing/cure consistency or degradation-related performance.

In practice, the correct route is to choose the validation objective first, then use the relevant tester under the intended material, printer and process conditions.

Documentation, technical selection help and workflow support

Use the resources below to move from tester preselection to evaluation planning, technical discussion or broader workflow support.

Select the right tester and validate the workflow with more confidence

Use the evaluation-based navigation above to identify the most relevant tester, compare the available routes in the technical overview table, and move forward with structured validation before scaling materials or workflows.