Local properties instead of a global average
Relevant when Rᶦₚ₀.₂, Rᶦₘ or stress-strain curves are required directly at a weld, in the HAZ, at the edge zone, on a small geometry or on the real part.
Applications
Applications for local material properties on the part, the weld and the specimen.
Testing context
Start with the material question, not the device.
What matters is whether you need local material properties at a weld, HAZ, batch, small geometry or real part zone. That is what determines whether i3D® fits technically and economically.
Narrow down variants earlier
Batches, heat treatments, AM parameters or suppliers can be ranked faster before full classical validation begins.
Closer to QA and production
Incoming inspection, release and drift detection benefit when local material deviations need to become visible earlier than after specimen preparation and classical tensile testing.
Get to the right testing task faster
You can see directly whether the task is about a weld, a part zone, screening, QA, simulation or cost comparison, and which next step fits it.
Entry by testing goal
Sort the task first into development or into QA and production.
That makes it easier to see whether you need to understand material states, compare variants or secure approvals and deliveries with local property data.
Research and development
For alloys, AM parameters, heat treatment, welding parameters and local stress-strain curves, whenever early material data should support the next development decision.
Quality assurance and production
For incoming inspection, supplier comparison, serial release and production-near testing whenever local differences must become visible earlier than in classical tensile-testing routes.
Applications in detail
Concrete testing tasks where i3D® becomes practical.
Whether it is welds, part testing, multisample screening, inline QA, FEM or cost comparison: the detail pages show directly where local properties create technical value and what the next testing path should be.
←
→
Weld testing
R&D
QA
Production
Aerospace
Marine
Defence
Useful when the real question sits in weld metal, HAZ or local transitions instead of a global specimen average.
Part testing
QA
Production
Automotive
Medical Technology
Defence
Useful for small parts, connection elements and local regions that should not first be converted into classical tensile specimens.
Multi-sample screening
R&D
QA
Automotive
Additive Manufacturing
Medical Technology
Strong when many variants must be ranked before deeper validation begins.
High-throughput testing
QA
Production
Automotive
Additive Manufacturing
Defence
Relevant for large test matrices, quick preselection and development-oriented screening workflows.
Inline testing
QA
Production
Automotive
Defence
Marine
Use this path when material assessment must become available before the route through specimen production and classical tensile testing is complete.
FEM and simulation
R&D
Automotive
Aerospace
Additive Manufacturing
Use this when local stress-strain curves and simulation-ready data matter more than global mean values.
Cost comparison to tensile testing
R&D
QA
Production
Automotive
Additive Manufacturing
Medical Technology
Start here when the technical and economic effort of the test route must be compared directly.
Cost comparison
When tensile testing becomes too global technically or too slow economically.
For many variants, small geometries or local part zones, costs do not come from the measurement alone, but from preparation, waiting time, logistics and destructive test chains. That is exactly where i3D® moves the evaluation closer to the relevant zone.
Less specimen effort
When the relevant zone is tested directly, the effort for specimen preparation, logistics and conversion into idealised tensile specimens drops significantly.
More variants per budget
For screening, serial logic and recurring testing tasks, the economic difference to classical tensile testing with specimen preparation often becomes very visible.
Earlier feedback
The economic effect usually comes from faster decisions in development, QA and production, not from the individual measurement alone.
Next step
Turn the application into a concrete testing plan.
Name the material, the part zone, the required properties and the approximate number of points. From that, it is usually possible to derive quickly whether a lab test, a demo or a system discussion is the right next step.