Ultrasonic Thickness Gauge NOVOTEST UT-1M is used for operational non-destructive testing of the thickness of products with one-way access, at the moment this method is the most common in the world for solving such tasks.
This special version of the thickness gauge, housed in a durable aluminum enclosure, is designed for extreme conditions where the device might be dropped or damaged. Its robust profile withstands high static and dynamic compression, allowing for “careless” use.
This special version of the ultrasonic thickness gauge is designed for measuring the thickness of various materials, such as glass, metals, polymers, and plastics, with one-way access in challenging conditions like dust, high humidity, and rain, where conventional gauges with a low degree of protection against dust and moisture cannot be used.
Ultrasonic thickness gauge with A-scan UT-2A is a powerful, lightweight and portable thickness gauge, made in an ergonomic shock-resistant case with rubber protectors – a modern industrial version of a general-purpose thickness gauge. It is an excellent choice for expert ultrasonic testing in the laboratory and the field conditions.
The Active EMAT (Electromagnetic Acoustic Transducer) EMAT-A1 enhances standard flaw detectors, enabling EMAT thickness measurement through gaps (up to 1mm of rust). It features a durable aluminum alloy probe case, operates on rechargeable batteries, and has an automatic transducer on/off function.
The EMAT thickness gauge uses advanced electromagnetic-acoustic technology to measure metal thickness, even in cases where traditional methods like piezo-ultrasonic or laser-optical are not applicable. The technology allows measuring the thickness of products using ultrasound without couplant, through a coating or air gap.
An ultrasonic flaw detector is a powerful, portable device used for non-destructive testing to detect voids and inhomogeneities in materials, this device is ideal for both production and field applications.
Compact flaw detector offers essential functions for simplifying product quality control, housed in a shock-resistant aluminum alloy case with a long-lasting battery for durability in tough conditions.
The top version of the ultrasonic flaw detector with a large touchscreen display for convenient work in the laboratory or workshop. It has a wide functionality and high performance.
Dual element probes for UT thickness gauges, designed for various applications such as corrosion monitoring, pipeline inspection, aerospace, automotive, and marine testing, ensure high performance and efficiency for all inspection needs.
We offer a wide range of ultrasonic transducers, including general and special purpose types: straight beam, angle beam, dual element, and custom designs. All compatible with any ultrasonic flaw detectors.
Electromagnetic acoustic transducer (EMAT) for EMAT Thickness Gauge NOVOTEST UT-3M-EMA are used for measuring thickness on most metals without couplant, surface preparation and even through the coating.
V1 and V2 are commonly used reference blocks for UT testing, allowing for calibration of ultrasonic flaw detectors. V1 is used for determining insertion points, angles, dead zones, and sensitivity for various transducers, while V2 calibrates scanning velocity, sensitivity, and input angles. Other reference blocks are available and can be provided upon request.
Calibration blocks with notches are used to adjust the sensitivity and scan duration of ultrasonic flaw detectors for testing products like flat sheets and pipes, ensuring the material and geometry match the tested item for accurate results.
Ultrasonic thickness calibration blocks are designed for inspection, verification, and calibration of ultrasonic thickness gauges during manufacturing. Step wedge calibration blocks, available in custom sizes, are used for adjusting and calibrating these gauges in accordance with regulatory standards.
Extensive range of high-quality cables designed to meet your specific needs in non-destructive testing (NDT), other measurement devices, medical equipment, or other precision applications.