Materials Mechanics
Monocular 3D Video Extensometer
For the limited view through the small window of a high-temperature furnace, we recommended a 2D extensometer. By adjusting the device angle and optimizing the optical path, the 2D extensometer covers the key parts of the specimen within the limited view.
In full-field strain testing of laser oral irrigator assembly, Haytham's monocular 3D high-speed vision strain gauge helped the engineering team identify potential design and assembly issues, providing an effective solution for performance improvement.
Haytham's binocular DIC vision strain gauge, with high precision and full-field measurement capability, provides strong technical support for geological mining simulation experiments.
The Haytham DIC vision strain gauge measures without contact: a high-resolution camera captures images of the air spring surface, and DIC analyzes pixel changes to compute strain and deformation distribution precisely. Without touching the spring surface, this approach avoids interfering with spring motion, ensuring truthful, precise data.
DIC analysis of the imagery precisely computes the strain distribution on the slab surface. This non-contact approach avoids interference from traditional sensors, ensuring truthful, accurate test data — especially significant in fatigue testing, which requires long-term continuous monitoring of minute material changes where any external interference can affect reliability.
In loaded deformation measurement of steel structure components, Haytham's DIC vision strain gauge, with its advanced DIC technology, provides reliable technical support for structural safety and performance optimization.
In testing of cement-filled steel pipes, Haytham's monocular 3D vision strain gauge provided researchers with more comprehensive, reliable test data through non-contact high-precision full-field measurement, intuitive data display and complete strain analysis.
Haytham's monocular 3D vision strain gauge performs real-time, non-contact full-field measurement of log surface strain during compression. The device captures log surface images with high-resolution cameras and computes the full-field strain distribution during compression via image processing.
In high-temperature tensile testing of ultra-high-performance concrete (UHPC), Haytham's monocular 3D high-temperature video extensometer provided accurate full-field strain data, key support for evaluating UHPC mechanical properties and durability at high temperature.