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Weld strain measurementDIC full-field strain measurement
Strain Measurement of Parallel Lap Welds

Based on DIC vision measurement, Haytham provides a non-contact full-field solution for parallel lap weld strain measurement. Through image acquisition and algorithm computation, the system outputs displacement and strain fields over the lap region in real time, visualizing deformation during loading.

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Residual deformation measurementDIC displacement field measurement
Residual Deformation Measurement of Drilled Welded Plates

Based on DIC vision measurement, Haytham provides a non-contact full-field solution for drilled-hole residual deformation measurement of welded plates. By acquiring and computing images before and after drilling, the system outputs surface displacement and strain field changes, helping customers directly observe residual deformation distribution around the drilled region.

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Weld seam strain analysisDIC full-field strain measurement
Full-Field Strain Measurement of Weldments in Compression

Based on DIC vision measurement, Haytham provides a non-contact full-field strain solution for compression testing of weldments. Through image acquisition and algorithm analysis, the system outputs displacement and strain fields on the weldment surface in real time, visualizing deformation across regions during compression.

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Video extensometerMaterial tensile deformation measurement
Tensile Deformation Measurement of 0.3mm Fiber Filament

For the testing characteristics of tiny specimens, the optical vision measurement / video extensometer approach obtains tensile deformation data without touching the specimen — ideal for tensile testing of fibers, fine metal wires and single-fiber composites.

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Compression deformation measurementDIC technology
Unmarked Compression Deformation Measurement of Composite Materials

Haytham Technology's featureless vision measurement solution for compression deformation provides a stable non-contact means for composite materials.

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3D full-field strain measurementDIC technology
Full-Field Strain Measurement of Aerogel Foam in Compression

Haytham's 3D video extensometer is based on 3D vision measurement and DIC algorithms, performing stereo reconstruction of surface deformation features — obtaining complete 3D displacement fields and full-field strain distribution during compression loading.

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Elastic modulusDIC technology
Elastic Modulus Measurement of Fire-Retardant Material Under Compression

Haytham DIC, based on optical imaging and correlation analysis, computes displacement and axial strain over a selected gauge region on the specimen surface, obtaining compression deformation data without touching the specimen.

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Video extensometer3D full-field strain measurement
Full-Field Strain Measurement in Compression of Small Alloy Specimens

Haytham Technology's monocular 3D video extensometer provides a stable, reliable non-contact solution for full-field strain measurement of small alloy specimens in compression.

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Microscopic DICMaterial shear
Shear-Tensile Microscopic DIC Test of Welded Titanium Specimen

Haytham Technology's microscopic DIC solution provides a high-spatial-resolution, non-contact means for shear-tensile testing of welded titanium specimens.

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