|
Products |
|
Focal law computation |
|
UT field simulation in the test specimen |
|
UT & acquisition parameter settings |
|
Customized on-line imaging & data storage in open file format |
|
Flexibility at each step |
|
Probe definition |
|
Test specimen definition |
|
M2M pocket system (between robot and laptop) displayed at the Aerospace Testing Show in Anaheim, 2006. Here presented with the “Sinus arm” from Metalscan. |
|
|
M2M Phased-array systems |
|
The M2M product line includes the MultiX, distinguished by its fully parallel hardware architecture, and the portable and ultra-compact Multi2000 Pocket. |
|
Modular electronic architecture based on an 8x32 multiplexed board:(maximum number of active channels x total number of channels) 16x64 channels 32x128 channels 128x512 channels |
|
MultiX32, 32 channels in parallel MultiX64, 64 channels in parallel MultiX128, 128 channels in parallel |
|
Co-developed with EADS (European group including Airbus), the Multi2000 Pocket is a new 8x32 multiplexed portable system. The Pocket’s dimensions and its dedicated user interface make it a perfect tool for field applications where minimizing size and weight is essential. |
|
New phased-array system, low frequency. Optimized for concrete applications. The Multi.X is designed to drive both linear and matrix probes allowing sophisticated inspections without any compromise in speed. Modular parallel hardware architecture based on 4 channels per board. MultiX Low Frequency 16x16 MultiX Low Frequency 32x32 MultiX Low Frequency 64x64 |
|
LF Low Frequency (50kHz to 5MHz) |
|
Ultrasonic Phased-Array Solutions |
|
The Multi.X differs from other Phased Array systems in its unique and fully parallel hardware architecture. The Multi.X is designed to drive both linear and matrix probes allowing sophisticated inspections without any compromise in speed. Modular parallel hardware architecture based on 8 channels per board (4 channels for the low frequency systems). |
|
Updated March 12, 2008 |
|
Nondestructive Testing |