XTDIC-SPARK Series

3D high-speed measurement system

DIC high-speed measurement, DIC high-speed strain measurement system, DIC trajectory posture measurement
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High-speed/ultra-high-speed non-contact full-field coordinate, displacement, deformation, and strain measurement
The XTDIC-SPARK 3D high-speed measurement system can directly control high-speed camera acquisition or import external image sequences or videos. It calculates displacement, velocity, acceleration, and other data of tracking points using reference points and timing information. The high-speed DIC measurement system presents all target status data, including data tables, curves, 3D trajectories, and posture, based on a time-based panel. This enables non-contact, high-speed, transient deformation/displacement measurement for extreme high-speed and ultra-high-speed testing.
Technical characteristics

Technical characteristics

• Ultra-high-speed DIC measurement with over 1 million frames and tracking accuracy up to 0.01px
• Simultaneous tracking of massive targets
• Supports image or video import and calculation in multiple formats (AVI, TIFF, BMP, JPEG, MPEG2, CINE, etc.)
• Flexible multi-camera combination measurement
• Image preprocessing
• Feature tracking and matching tracking algorithms (marker points, code points, crosshairs, etc.)
• Manual, semi-automatic, and fully automatic tracking
• XY/XT/multi-axis multi-window charts and 3D trajectory display
• 2D and 3D coordinates, displacement, deformation, strain
• Angle, velocity, acceleration, 6-DOF trajectory pose
• Deviation comparison with CAD/FEM
• Material mechanics experiments (impact, collision, modal, etc.)

Intelligent software

XTDIC and XTDA software allow users to conveniently and intuitively measure 3D displacement and deformation, as well as analyze actual velocity and acceleration. Based on point-based measurement data, testers can perform full 6-degree-of-freedom (DoF) analysis.
• Motion measurement and analysis based on markers and feature points;
• Motion parameter analysis and 6-DOF trajectory and posture measurement;
• High-speed, real-time, multi-modal tracking calculations.
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Intelligent software
Typical Configuration
Model XTDIC-SPARK-SD XTDIC-SPARK-SR XTDIC-SPARK-HR XTDIC-SPARK-US XTDIC-SPARK-UR
Specification
1.3M 2M 5M 1.0M 21M
Full frame rate 1.3 megapixels x2 2 megapixels x2 5 megapixels x2 1 megapixels x2 21 megapixels x2
Camera frame rate 1000 fps 3200fps 4500fps 20000 fps 1000 fps
Minimum exposure time 100ns 100ns 1us 100ns 1us
Strain measurement accuracy 50με 50με 30με 50με 20με
Displacement measurement accuracy 0.01px 0.01px 0.01px 0.01px 0.01px
Memory capacity
16/32/64/128G
Customizable real-time writing to solid-state drives
16/32/64/256/512G
Customizable real-time writing to solid-state drives
40/80/160/320G
Customizable real-time writing to solid-state drives
40/80/160/320G
Customizable real-time writing to solid-state drives
40/80/160/320G
Customizable real-time writing to solid-state drives
Industry Applications
The XTDIC-SPARK three-dimensional high-speed measurement system is an ideal tool for studying transient deformation and dynamic strain measurement. High-speed DIC is widely used in high-speed impact, collision testing, explosion testing, vibration analysis, fracture mechanics research and high-speed dynamic testing.
  • +Material performance testing
  • +Trajectory posture tracking