#Tubulatr key pin depth gauge printable software#

V-path correction: compensates for the angular sound path of corrosion measurements using a dual element transducer, providing the highest degree of accuracy and repeatability over a large thickness range.

Auto zero compensation: enables a more precise zero offset measurement, which contributes to a more accurate ToF measurement.

#Tubulatr key pin depth gauge printable software#

Specialized features or software for unique application needs, including boiler tube measurements, high temperature, and painted or coated applications.Straight beam inspection measures the ToF to a material’s back surface, which corresponds to the total thickness of that material. More consistent and accurate time-of-flight (ToF) measurement.Here are some advantages of an Olympus ultrasonic thickness gauge: Make sure to check out our Ultrasonic Thickness Gauge Tutorial to learn more about how they work and how they can be usedĪdvantages of an Ultrasonic Thickness Gauge Inspectors also use them to test the structural integrity of critical parts and infrastructure, such as aircraft turbine blades for wear or pipes and tanks for in-service corrosion. Ultrasonic thickness gauges can measure the thickness of a wide variety of products for manufacturing quality control, such as plastic tubing and parts used in the medical industry. It can measure just about any common engineering material of metals, plastics, composites, fiberglass, ceramics, and glass. Read on to learn more about the current capabilities of thickness gauges and flaw detectors and discover their unique advantages.Īn ultrasonic thickness gauge can accurately measure the thickness of a material and locate surface corrosion or erosion from one side of a part. Today, these small, powerful instruments either come standard with waveform or provide it as a software option. The visual display of the waveform on the thickness gauge device gave users more confidence as they could see what a digital reading corresponded to in real-time.Īn Olympus 38DL PLUS™ ultrasonic thickness gauge displays an A-scan waveform

However, using a flaw detector to measure thickness was the more popular, preferred method up until the 1980s-when digital thickness gauges offered the capability to display an onboard waveform (e.g., an A-scan). The first digital thickness gauges (also known as “D Meters”) were released in the 1960s. Early ultrasonic instruments were released in the 1940s, the majority of which were primarily focused on flaw detection. Ultrasonic test instruments have been used in industrial applications for more than 60 years. Before we get into the key differences between these instruments, let’s take a brief look at their use throughout the years. Selecting an ultrasonic thickness gauge or flaw detector for an application largely depends on the main goal of the measurement.

Has no specific safety hazards or regulatory licensing requirements associated with its use.

Usually requires no test piece preparation other than wetting with couplant.

Industrial ultrasonic testing equipment continues to be popular since it: The reflection and transmission of high-frequency sound waves-known as ultrasound-has long been an important tool for evaluating the integrity of welds, as well as testing structural metals, pipes and tanks, boiler tubes, railroad rails and axles, aerospace composites, and many other industrial applications. This equation divides by two since the one-way time measurement to the reflector is all that’s required.

OEM Microscope Components for Integration.

Semiconductor & Flat Panel Display Inspection Microscopes ▾.

Aerospace/Wind Blade Inspection Scanners.

Flaw Detectors / Phased Array Flaw Detectors ▾.

Thickness and Flaw Inspection Solutions ▾.