We provide leading-edge ultrasound probes, PAUT (phased-array ultrasound) probes, TOFD probes, medical imaging probes, and customized probes. Eintik encourages innovation and intellectual property protection.

Olympus offers a wide variety of phased array (PA) probes using piezocomposite technology for all types of phased array ultrasonic testing (PAUT) inspections. The standard Olympus PA probes featured here are divided into three types: Angle beam probes; Integrated wedge probes; Immersion probes

providing a comprehensive phased array ultrasonic testing (PAUT) solution, tailored to precise application needs, ensuring the safety and integrity of critical components and assets.

The document provides details about PAUT probes and wedges for the Olympus system. It lists 4 probes with their part numbers, frequencies, number of elements, pitch, active aperture, elevation, and typical applications.

From standard to application oriented, Vermon’s NDT’s ultrasound array probes cover a wide range of applications from aerospace to nuclear and petrochemical industries.

The gold standard of PAUT probe casing. The probe comes in a variety of configurations including frequency, element number, cable, and connector options. Configurations range from low-frequency, 8-element setups for 0° inspection, to mid-frequency 16-element, and high-frequency 32-element setups for angled beam inspections.

standard phased array probes, which are divided into three types: angle beam probes, integrated wedge probes, and immersion probes. Other types of probes can be designed to suit the needs of your application.

Dual Matrix PAUT Probe, 16x2 elements, 3.5MHz, MED, 2.5m, ZPAC . SKU# 3.5DM16x2-MED-20x12-2.5-ZPAC

A full range of PAUT probes for corrosion mapping and weld-integrity assess- ment, optimized for beam-forming and TFM technologies. Quick delivery - Optimized for PAUT & TFM flaw detectors - Competitive pricing - 1-stop shop

Phased array ultrasonic testing (PAUT) is an advanced non-destructive testing method used to inspect materials and components for flaws or defects. The basic principle involves using multiple ultrasonic elements (typically 16 to 256) arranged in a single probe.