MA.inVision Micro
Microscopic DIC for mini tensile stages
Optimized optical system for miniature tensile rigs. It visualizes micro-scale deformations in small specimens, allowing for high-precision strain analysis.
- Recording
- Digital microscope, video output through a capture device
- Specimens
- Mini tensile stages, small specimens
- Calibration
- Lens correction for the microscope optics; pixel-to-millimetre scale
- Software
- MA.inStrain, full analysis
Recording
- Fully compatible with your digital microscopes; it allows you to record images directly into the system and start your analysis without any hardware complexity.
- Lens correction for the microscope optics
- The same study, test setup and calibration workflow as the HS unit
Before the test
- Focus assist and a pattern-quality check on the live image
- Fast pixel-to-millimeter scaling with two clicks on a reference length, featuring per-test verification.
- Crop to the part of the specimen that matters
Analysis
- Detailed analysis at the micro-scale: Full-field strain maps, line profiles, and regional statistics.
- Force and displacement data from the miniature tensile rig are perfectly synchronized with the image frames throughout the analysis.
- Everything MA.inStrain does with the recordings of the HS unit
Used in research
“Analysis and Experimental Validation of Failure Modes in Metal–Polymer Mechanical Interlocking via Microscale DIC”, FEMS Junior Euromat 2026, Trikala, Greece, July 2026. The microscale DIC measurements were made with MA.inVision Micro. Conference programme
Configure it for your test
Please share your specimen specifications, test type, and testing speed with us. Our team will get back to you shortly with a tailored system configuration and a quotation.