Our Products
Advanced Ultrasonic Thickness Gauges
Precision gauge, typically for thin material applications. Scan mode (scan area for minimum thickness), alarm mode (audible & visual), differential mode (+/- from nominal thickness value). DL version stores 1000 readings & includes software & cable.
High specification gauge with selectable display options (RF, Rectified, B-Scan, and Large Digits). Storage for 12,000 readings and waveforms, thru paint mode, multiple calibration and material selection options, and auto waveform find.
Can use special probes for difficult applications (acrylic & graphite tips for metals & thin plastics), Pencil Delay Line (tough access area on thin materials), & Contact probes (various applications). Display options (RF, Rectified, B-Scan, & Digits).
Featuring auto probe zero, auto probe recognition, auto temperature compensation, the CMX will simultaneously measure the material and coating thickness ! The CMX DL+ has A/B Scan & available with grayscale or AMOLED colour display.
Features through coating mode enabling measurements to be made without removing paint or coatings. Ideal for users carrying out corrosion surveys on painted steel plates, pipes and vessels etc. where access is limited to one side.
Triple Echo ensures that coatings are entirely ignored and no zeroing is required. Coating Plus+ allows measurements through coatings up to 20 mm thick. Intelligent Probe Recognition automatically matches probe and gauge.
The functionality of a top line thickness gauge, plus flaw mode enabling fast and accurate flaw detection in welds, forgings or composite materials. DFX 7 with Broad Band Filter (1.8-19 MHz) and DFX 7+ with Broad Band & Narrow Band Filters 2, 5 & 10MHz
ULTRASONIC THICKNESS MEASUREMENT GUIDE
Ultrasonic thickness testers are available for measuring most common engineering materials. They work by measuring the time interval between the excitation pulse that generates the sound wave and the first returning echo. The material wall thickness is derived from the relationship between the time of flight of the ultrasonic pulse and the velocity of the sound in the material. The ability to measure components where access is limited to one side only gives ultrasonic thickness gauges a distinct advantage over other methods and allows measurement of pipes, vessels and box sections etc.
