FlawExplorer NDT Measurement System
Solution
The FlawExplorer is an inspection solution for Non-Destructive Testing (NDT) and Quality Control applications, commonly used on composites and metallic materials. The system is based on Laser Shearography and consists of a sensor unit and a laptop with controlling and reporting software. FlawExplorer is available in two versions with 4 or 8 laser diodes that support inspection of areas from 10x10 cm (0.1 sq ft) up to 2 sq m (20 sq ft) in one shot. The system can be configured with optional excitation modules based on heat, vacuum or vibration excitation respectively, making it suitable for a range of applications from QA in Manufacturing over Research to in-field Inspection operations.
Results
The inspection solution quickly detects and locates discontinuities in composites materials. The system systematically finds flaws like: Wrinkles, Disbonds, Delaminations, Cracks, Crushed core, Kissing bonds, Fluid ingress, Cracked cores, Repair defects, Voids, Foreign Objects, Impact damage (BVID’s), etc. FlawExplorer inspects large areas over a short period of time. The result from a 2 sq m (20 sq ft) inspection area is obtained in less than 30 seconds which makes it the perfect solution for time-sensitive, large scale industrial NDT related applications.
Benefits
The FlawExplorer is a simple and easy to use inspection system that is ready to operate within seconds. The fast system provides measurement in real time. Thanks to the user-friendly inspection and reporting software any technician can easily acquire clear, reliable, and useful inspection data. While Ultrasonic testing (UT) and Thermography inspection techniques are struggling to access particular composites as GFRP and honeycomb, Laser Shearography has the ability to detect flaws in these types of materials thanks to the versatility in choosing the proper excitation method. The system helps expedite your complete NDT & Quality Control processes which in turn saves time and money.
Technical specifications
|
System components |
Sensor unit on tripod Laptop computer (optional: rugged laptop computer) Inspection and reporting software GigE cabling and power supply Pan-tilt with remote control for tripod (Option) Mounting for robot automation (Option) |
|
Sensor unit |
4 or 8 laser diodes |
|
Laptop computer |
Display: 15.6” full HD (1920 x 1080) Hard disk: 256 GB Optical Drive: DVD WriterBattery: 44 Wh Li-Ion |
|
Laptop computer, rugged (option) |
Display: 14” touchscreen 720p HD (1366 x 768), outdoor readable & usable with gloves Hard disk: 512 GB Optical Drive: DVD Writer Battery: 97 Wh Li-Ion Keyboard: Sealed QWERTY US layout, background illuminated Protection classification: IP52 Test conditions: According to MIL-STD-810G tests including transport drops (36” height), dust, vibration, shock during operation, height tests and extreme temperatures |
|
Software |
Istra4D Software Platform Istra4D Shearography Software Module Istra4D Measurement & Control Software Module |
|
Dimensions |
Sensor: 22 x 22 x 25 cm Tripod: 100 x 20 x 20 cm Transport case for sensor: 35 x 30 x 31cm |
|
Weight |
Sensor unit: 5.7 kg (9.7 kg including flight case) Tripod: 5.5 kg Laptop: 2.0 kg (Laptop, rugged: 3.0 kg) Cabling: 0.5 kg |
|
Operating conditions |
Altitude 0 - 2000m / 0 - 6560ft Temperature 15 - 35°C / 58 - 95°F |
|
ower supply |
110 – 240 V AC 60 Watt |
|
Max field-of-view |
4 laser diodes version: 1,3 m² 8 laser diodes version: 2 m² |
|
Objective lenses |
Varifocal 10 - 40 mm, F 1.8 max – 5.6 standard MOD at tele 60cm MOD at wide 20cm |
|
Camera |
2Mpx 5Mpx (Option) |
|
Laser class |
Class 3R DIN EN 60825-1:2007 IEC 60825-1:2007 ANSI Z136。1-2014 |
|
Laser diodes |
120mW (CW) @ 660nm |
