Search results for: 'both to'

Olympus SA12-0L-IHC wedge delivers 0° longitudinal wave coupling for A12 probes, featuring integrated irrigation and mounting points for stable phased array performance.

Your job requires the best—and the finest in ultrasonic flaw detection performance and intuitively designed ease of use. That's why Olympus created EPOCH® 600, a multipurpose handheld flaw detector for the most demanding environments.

Olympus SA12-N55S-IHC wedge provides a 55° refracted shear wave for A12 probes with integrated irrigation ports, mounting points, and carbide wear pins for stable angle-beam coupling.

The most versatile ultrasonic flaw detector on the market thanks to its ability to operate in DAC, AW, S, and DGS modes and with applications including weld inspections, thickness measurements, corrosion measurements, forging inspections,s and other inspections for difficult materials. The industries where the Waygate Technologies Krautkramer USM 36 proves useful include the automobile, power generation, petrochemical, and aerospace industries.

Protect your assets with the Waygate Technologies DM5E Portable Thickness Gauge featuring the DA501 Probe! Get fast, precise ultrasonic measurements for corrosion monitoring on pipelines, tanks, and more. Rugged, reliable, and easy to use-perfect for field inspections. Stay ahead of corrosion-contact us today to learn more!

Product Overview

Used GE 70 ALLUM 210-852-214 ultrasonic wedge for shear wave inspection in aluminum. Precision-ground for a 70° refraction angle. Fully inspected and compatible with GE transducers for critical flaw detection.

Certified pre-owned Sonatest RBSL2050, 5 MHz 1/4" slim line rubber ball delay line ultrasonic transducer—perfect for flaw detection and thickness measurements on curved, coated, or irregular surfaces. Compatible with Sonatest Sitescan, Prisma, Veo+, and Masterscan flaw detectors.

The OmniScan MX is a portable device with extensive ultrasonic and eddy current control capabilities for various materials. It has a modular design, is able to work with conventional piezoelectric converters, a phased array, eddy current sensors and matrices. It can be used both independently and as part of automated control systems. Allows you to save the received data in the form of A-, B- or C-scans for subsequent processing on a computer using special software.