04:11 Sep-03-2003 Ultrasonic probes and Standards Block in a new condition
The following accessories are fore sale in excellent condition it was used only for demonstration. (The brand type of all is SONIC instrument incorporated)
size Rem. 1 Two Angle beam probe with 5 replaceable wedges (30, 45, 60,70, and 90 degrees) Narrowband with removable wedges and BNC connector, 2.25 MHz and 5MHz, 0.5x1 inch size inch 2 Miniature Angle beam probe with one replaceable wedge (60 degrees) Narrowband with removable wedges and microdot connector , 5MHz, 0.25 inch size 3 TR probe Narrowband fingertip with microdot side connector., 5MHz, 0.5 inch 4 Contact straight beam fingertip probe (including another delay line spare part) Broadband with removable delay line and microdot side connector, 10MHz, 0.25 inch size 5 Contact straight beam fingertip probe Broadband with delay line and microdot side connector. 15MHz, 0.25 inch size 6 AWS angle beam resolution block For checking the resolution capability angle beam transducers. Contains three sets of three 0.062" diameters thru holes for 45, 60 and 70 degrees. 1"x3"x6" size with the orginal wooden case.
Photos can be delivered at request; even any technical measurements (pulse shape and spectrum) . The delivering to any where inside Egypt is free but you will pay the shipping costs and any additional fees if the sipping is outside EGYPT.
SIUI’s newly launched SyncScan 2, is a high-end ultrasonic flaw
detector with 32:128PR PAUT and
2-ch TOFD, which can maximize your
efficiency for PA and TOFD.
● Support PA/TOFD/UT
● 32-ch PA is more suitable for inspection on extra-thick wall and
● 32-ch PA and 2-ch TOFD work simultaneously.
● Support PR mode for corrosion inspection.
The conformability is obtained with a flexible membrane filled with water between the transducer and
the inspected component. The coupling between the membrane and the component requires a small quantity of water or couplant. The conformable wedge combines the acoustic performance of immersion technique with good coupling and low attenuation.