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PRODUCTS & SERVICES Shearography - NDT Laser Shearography (Q-800)
 

Laser Shearography System Q-800

 

Portable Shearography NDT System

 

  • Fully portable NDT measuring solution 
     
  • Non-contact and full field - no surface preparation 
     
  • Live display - fast results 
     
  • Approved in the aerospace, automotive wind turbine and other industries 
     
  • Detects delaminations, disbonds, kissing bonds, wrinkling, impact damage and many more
Shearography System Q-800

 

The Laser Shearography System (Q-800) is a fully portable and compact measuring system for Non Destructive Testing that provides fast and accurate information about the inside quality of different materials.

 

The NDT-System can detect defects, delaminations, disbonds, kissing bonds, wrinkling, impact damage and many more. The turn-key optical system is non-contact and full field and will work on such materials as fiber reinforced plastics, laminates, honeycomb, foam, wood, metal and Glare.

The Q-800 shearography system consists of a miniaturized shearography sensor with integrated high-resolution CCD and variable computer controlled shear optics. Illumination is provided by an integrated diode laser array and the whole system is controlled from a laptop PC using the new Istra 4D software platform.

Further image processing is also available for export and reporting. Typical inspection times are 10 to 30 seconds and can cover areas from a few mm² up to several m² in one inspection.   

 

Measurement Principle
The highly sensitive interferometric technique will measure microscopic surface deformations caused by internal flaws when a small loading is applied to the object. This can be done using thermal, pressure, vibration or mechanical excitation.
The results are displayed live as the material responds to the excitation and are easily interpreted by the operator.
 

 

Robotic Shearography System

Robotic Shearography System

Shearography Result Image

 

The sensor can be mounted on a tripod or integrated into a fully automatic robotic production inspection system. The system can be operated in daylight conditions using the standard laser diode array.

 

 

Technical Data: Q-800
CCD-resolution: 1392 x 1040 px;
Standard C-mount lens: Zoom f = 1.4/6... 12 mm
Inspection Speed: Typically 300 mm x 300 mm / 20 s
Shear Distance: up to 1/20 the field-of-view, fully adjustable (software controlled)
Shear Angle: 0-180°, fully adjustable (software controlled)
Measuring Area: 300 mm x 200 mm with 2 laser diode array
700 mm x 700 mm with 4 laser diode array
~ 1,2 m²  with 8 laser diode array
> 1,2 m²  with 5 W external laser (option)
Meauring Sensitivity: 0.03 µm/shear distance
Sensor Head Dimension: W x H x D = 70 x 70 x 160mm3
Sensor Head Weight: 1,2 kg incl. zoom lens
Laser Diodes: up to 8 x 70 mW
   
Contents in
Standard System:
 
  Portable shearography sensor head
  Illumination with diode laser (50 mW)
  Control electronics (PC)
  Software package ISTRA 4D for Windows® Vista and XP professional 
  Tripod

 

 

Options:

  • Motor pan/tilt sensor and zoom lens for remote operation
  • Manual and automated excitation systems
  • Vacuum tripod for flexible application (vertical and upside down inspection position)
  • Solid state laser up to 5W for larger measuring areas
  • Special loading systems: Vacuum chamber/hood; Heating system; Vibration excitation; Pressure system
  • Robotic inspection system for fully automated operation
  • Solutions for special inspection purposes
  • Portable Vacuum Shearography System, also for field inspection and maintenance tasks
  • EN 4179, NAS 410 and ASNT SNT-TC-IA Training Courses
 

PDF downloads for Q-800:


 

Product Flyer:
Q-800
Non-destructive Inspection:
Wind turbine Blade Inspection using Shearography
Non Destructive Large Area Testing using Shearography
Automatic Shearography Inspection System for Helicopter Rotor Blades