- since 1996 -
Lyft™: Pulsed Eddy Current Reinvented
PEC Reinvented—CUI Programs Redefined Corrosion under insulation (CUI) is possibly the greatest u
nresolved asset integrity problem in the industry. Current methods for measuring wall thickness with liftoff, without removing insulation, all have severe limitations. Eddyfi introduces Lyft — a reinvented, high-performance pulsed eddy current (PEC) solution. The patent- pending system features a state-of-the-art portable instrument, real- time C-scan imaging, fast data acquisition with grid-mapping and dynamic scanning modes, and flexibility with long cables. It can also scan through thick metal and insulation, as well as aluminum, stainless steel, and galvanized steel weather jackets. Who else but Eddyfi to reinvent an eddy current technique and redefine CUI programs. Got Lyft?
NEW! The PragmaPro Instrument Platform
The PragmaPro is based on a modular cartridge technology and supports various NDT instrument modal
ities such as UT, PAUT, ECT and many more. This new platform is based on a machined, powder-coated aluminum frame for shock-proofness, best sealing qualities and maximum heat dissipation. This is practical to extend the outdoor temperature range and/or to extend the power injected in the transducers. The PragmaPro is aiming at a very wide range of applications, such as weld scanning, corrosion mapping and composite testing.
Ultrasonic Testing Immersion Tanks with Unmatched Scanning Features
TecScan’s non-destructive testing Ultrasonic Immersion Tanks & scanners are designed for high pe
rformance and demanding NDT testing applications. Our Scan3D™ line of High Precision Immersion Tanks are specifically designed for automated ultrasonic testing of complex composites parts used in aerospace and industrial applications.
FAAST-PA! OEM Patented phased Array for high speed UT inspection
Multiangle, Multifocus, Multifrequency, Multibeam. Instead of stacking UT electronics and having m
any PA probes, FAAST-PA is able to transmit all delay laws within ONE single shot in Real time.