
High-precision motion control for automated measurement grids across parts or sample arrays.
i3D® mBV
Explore nowYield strength RIp0,2, tensile strength RIm, and ductility from indents — i3D® plus integrated hardness testing
The system extends into automated high-throughput testing for mechanical properties and adds standardized hardness testing per Brinell, Vickers, Rockwell, and Knoop.
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Fully automated test sequences via XY cross table and a Z-axis positionable test head.
Function | Description |
---|---|
Indentation testing | Determines RIp0,2 (yield strength) and RIm (tensile strength) on metallic materials per DIN SPEC 4864 — no tensile specimen required |
Measurement time (standard) | Approx. 72 seconds per point |
Measurement time (high-speed) | Optional high-speed configuration from approx. 20 seconds per point |
XY cross table | Automated raster positioning — ideal for multi-point measurements and component mapping |
Overview camera | Visual targeting and precise placement of indents for traceable, documented results |
Hardness testing (Brinell, Vickers, Rockwell, Knoop) | With test loads from 0.001 to 62.5 kgf and an automatic 6-position turret, standardized Vickers, Brinell, Knoop, and Rockwell tests are supported. Autofocus, automatic light control, and motorized XY tables deliver high precision and repeatability — even in series testing. |
3D surface metrology (optional) | White-light interferometry for optical height profiles and topography analysis |
High-precision motion control for automated measurement grids across parts or sample arrays.
Automated workflows via turret and selectable objectives/indenters.
Image-assisted selection and control of indent locations — for best-in-class repeatability.
Fully automated multi-point testing across multiple specimens or within a component — ideal for series testing, microstructure, or process analyses.
White-light interferometer can be enabled for standalone, high-precision surface analysis.
i3D® is available across all Imprintec testing systems. Inverse FEM models characterize stress–strain curves from indent geometry, complemented by a second UI for classical hardness testing.
Learn more about inverse FEMThe DIN SPEC 4864 indentation method enables low-damage, precise, and automated determination of yield strength (RIp0,2), tensile strength (RIm), and flow curves — without a tensile specimen. A small indent is created, its three-dimensional geometry (including pile-up) is measured optically, and an inverse finite-element model evaluates the indent to deliver key strength values in minutes. This removes costly specimen preparation for tensile tests and provides fast, local, decision-ready data — ideal for small parts, graded materials, or serial analyses across R&D and QA.
Learn more about the test methodAlongside the innovative i3D® method for yield (RIp0,2) and tensile strength (RIm), the i3D® mBV offers the full functionality of a universal hardness tester.
With test loads from 0.001 to 62.5 kgf and an automatic 6-position turret, standardized Vickers, Brinell, Knoop, and Rockwell tests are supported. Autofocus, automatic light control, and motorized XY tables enable highly precise and repeatable results — even in series measurements.
Control is handled via KB Hardwin XL, which supports automatic evaluation, data export, and reporting to PDF/Excel for seamless QA integration.
Currently approx. 17 weeks after order (ex works)
New units
Purchase (one-time)
Leasing (flexible terms)
3D surface metrology via white-light interferometry (WLI)
Superspeed mode (approx. 20 seconds per point)
Software packages
Explore our complete i3D® range for research, development, and quality assurance.
Peter Zok
Applications – Materials Testing
Imprintec GmbH
15 years of experience in materials testing.
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