High testing throughput in a short time
Many samples and conditions can be evaluated in a much shorter testing cycle than through classical tensile-test and specimen-preparation chains.
Application
High-throughput testing for fast testing throughput in QA and development
QA
Production
Automotive
Additive Manufacturing
Defence
High Throughput
Why i3D® becomes technically and economically strong at high testing throughput
High-throughput testing with i3D® for fast testing throughput, local material values and clear time and cost advantages compared with classical testing routes in QA, production and development.
Strong for QA, production and development
This application addresses environments where variants, heat treatments or process states must be evaluated technically at speed.
Time and cost advantages become measurable
As an example, total testing time drops from 72 hours to 4 hours, with cost savings of more than 90% per measurement.
Faster decision-making
High throughput is not an end in itself here, but the requirement for faster process optimisation, parameter evaluation and release decisions.
High-throughput testing with i3D®
Classical tensile tests become time-consuming and costly when many samples are involved, especially in process development and quality assurance.
That is exactly where i3D® comes in: as fast, component-near and locally resolved mechanical testing with significantly higher throughput.
- evaluate many samples technically in a short time
- local material values instead of purely global fast indicators
- strong for screening, development and QA routines
Fast, component-near and process-relevant
Testing remains fast, low-damage and process-near directly on the component. The decisive factor is the combination of local statement and high throughput.
That makes the application especially interesting whenever the task is not only to test, but to decide quickly.
- process-near materials testing with a local statement
- suitable for many conditions and recurring routines
- higher throughput without relying on purely qualitative fast tests
Time and cost savings in comparison
As an example, testing time drops from 72 hours to 4 hours while also saving more than 90% of the cost per measurement.
Such figures must be read as application-dependent examples, but they clearly show the direction: the economic leverage lies in throughput, shorter response times and lower effort per test series.
- significantly shorter decision cycles in practice
- higher testing throughput as a technical and economic lever
- faster process optimisation for serial and development tasks
Typical fields of application
Body-sheet production, heat-treated components and laboratory environments are typical applications.
What they have in common is that many conditions or repeated measurements must be compared cleanly without taking every case into a full classical deep-validation route.
- production, QA and development with high testing frequency
- heat-treatment conditions, process parameters and batch comparisons
- suitable for fast preselection and stable release logic
Contacts
Discuss testing throughput, variant logic and measurement campaign directly with the right contact
If high sample counts, fast release or many parameter states define the task, the setup should fit cycle time, point count and evaluation target early.
