Portability Meets Power and Versatility
Designed for fast and accurate nondestructive inspection of structures, components and repairs.
- Compact, rugged shearography camera
Lightweight and easy to use.
- Exceptional image quality.
12-bit hi-definition sensor and diffraction limited optics.
- Powerful defect analysis tools
Easily programmable image processing macros in LaserNDT 1.8.0 Software Suite for improved operator image analysis and reporting.
- Versatile camera
Easily mounts to scan gantries, robots, crawlers, tripods, vacuum attachments, and customer defined test configurations.
- Test configuration
All Mode Operation: Thermal, Vacuum, Vibration and Pressure Stressing.
Test Part Stressing Systems, Test Chambers, Gantries, Workstations, and Robotic Scanners.
Shear camera with a built-in 100 mw laser light source (Class IIIa), image processing computer, interconnect cables, tripod, transit case and Operator and Applications Manual
Thermal Stress Systems TES-50 (500W) or TES-200 (2kW) with software control and adjustable radiant beam spread.
Table Mount, remote control Pan & Tilt, MQTT Robot Integration Software
- Shear Camera Dimensions
12.0 x 4.0 x 5.5 in / 30.5 x 10.2 x 14.0 cm
- Shear Camera
6.2 lbs. / 2.8 kg
1628 x 1236 12 bit/30 fps
100 to 240 VAC, 50/60 Hz20 amps maximum (with TES-200)
- Operation Modes
Shearography testing with Thermal, Ultra Sonic or Accustic Vibration, Vacuum or Mechanical test part stressing Analysis and Measurement• Defect Location on test part• Image Integration and Z axis measurement
- Shear Vector
Fully adjustable Shear Vector: 0-360 ?/0-10 ?
- Image Calibration
Manual and Auto Cal., real-time readout of FOV, Scale, Shear Vector
- Laser Light Source
100 mw, Class IIIa Laser Product
- System Software
Patents: The LTI-2100 is manufactured in the USA under US and foreign patents 6,717,68; 5,257,088; 5,094,528. Additional patents pending. Specifications are subject to change.
Laser Shearography Certifications AIA NAS 410, ASNT SNT-TC-1A, ASTM E2581-07, EN 4179
Shearography in Action
Shearography detects: Delaminations, Disbonds, Impact damage, Repair defects, Porosity, Cracks ,Fiber waves or wrinkles