Accessories


Overview

FD-1010 mm replacement membrane
FD-1515 mm replacement membrane
FD20-2525 mm replacement membrane
FD3434 mm replacement membrane
DT12Replacement delay tip for RDT
DT25Replacement delay tip for MG2
DT50Replacement delay tip - long
FD10-SIRIUS10 mm Diameter Membrane
FD26-SIRIUS26 Dia Membrane 1 PK - 10
FD44-SIRIUS44 mm Diameter Membrane
CDSK10/1Shoe Repair Kit - CD
CDSK20/1Shoe Repair Kit - CD
CDASK10/1Shoe Repair Kit - CDA
CDASK10/2Shoe Repair Kit - CDA
SASK10/1Shoe Repair Kit - SA
SASK10/2Shoe Repair Kit - SA pk10
SASK20/1Shoe Repair Kit - SA
LMA-SKShoe Repair Kit for LMA
MMA-SKShoe Repair Kit for MMA
SMA-SKShoe Repair Kit for SMA
195183Transducer Box - Yellow
195184Black / Grey Stack Box
195182Sirius Transducer Box Yellow

Resources

Phased Array Technique for Inspection of Contact Point Corrosion

Phased Array Technique for Inspection of Contact Point Corrosion

The PA-CAT™ phased array technique developed by Holloway NDT & Engineering Inc. is an attenuation-based modelling algorithm used to evaluate the minimum remaining wall thickness at pipe or vessel supports.

Echo to Echo and Coating Thickness Measurements

Echo to Echo and Coating Thickness Measurements

Many applications in the Corrosion thickness applications have painted surfaces on vessels, ship hulls, pipes, bridges, and tanks.

Wide thickness range using delay line probes

Wide thickness range using delay line probes

Aircraft manufacturers have very demanding specifications when it comes to non-destructively measuring the wall thickness of aircraft parts.

Paint on Various Substrates

Paint on Various Substrates

Most conventional coating thickness gages using eddy current or magnetic induction or other magnetic techniques can easily and accurately measure the thickness of paint on metals such as that on an automotive hood. They cannot measure paint on non-metal materials such as plastic bumpers, composites, wood or concrete.

Build Your Expertise With Confidence

Build Your Expertise With Confidence

In the past decade, there have been few revolutions in the world of advance ultrasonic technologies; the latest is the introduction of Total Focusing Method (TFM).

TFMi™: Using Intermodal Analysis to Improve TFM Imaging

TFMi™: Using Intermodal Analysis to Improve TFM Imaging

Total Focussing Method (TFM) is a term given to the mathematical processing of waveforms
collected by a phased array data acquisition process to provide an image of a volume under
inspection.

Intermodal TFM with Applications to Weld Inspections

Intermodal TFM with Applications to Weld Inspections

Inspection of Nozzles using the Veo3 and Scannner

Inspection of Nozzles using the Veo3 and Scannner

Traditional UT inspection is time consuming, creating a scan plan and then performing the scan using multiple transducers. When using the Veo3 and Nozzle Scan the set ups can all be done offsite, thereby substantially reducing and easing site work.

Flange Inspection PAUT

Flange Inspection PAUT

Phased array gives the ability to inspect flanges without having to take them apart, resulting in quicker and cheaper inspections.

Phased Array Bolt Inspection

Phased Array Bolt Inspection

Traditional methods for checking bolts include removing and visually checking for any cracking, this not only takes a long time but can also cost a huge amount of money