A high-precise solution to measure thickness of various materials: Meet our Ultrasonic Thickness Gauges.
Ultrasonic Thickness Gauges is a non-contact, portable system that uses high-frequency ultrasonic waves to measure thickness of various materials with only one-sided access. Built for high-accurate measurement, our ultrasonic wall thickness gauges efficiently is a precise solution for weld inspection, thickness gauging, and material defect detection.
Unlimited Measurement with 200 hours battery life
An ergonomic multi-functional NDT solution
Model & comparision |
ExScan1000 | SONOCON B |
|---|---|---|
| Multi-Probe Compatibility | No | Yes |
| Automatic Probe Calibration | No | Yes |
| Dual Measurement Gates | No | Yes |
| Sound Velocity Assessment | Yes | Yes |
| Waterproof Keypad | Yes | No |
| High-Resolution Display | No | Yes |
| Multi-Industry Applications | No | Yes |
Position the Ultrasonic Thickness Gauges system and prepare it to start measurement.
The system transfers high-frequency ultrasonic waves to measure wall thickness of the component.
Ultrasonic Wall Thickness Gauges can also be used for defect detection.
The system is integrated with cutting-edge software, providing comprehensive reports and data analysis.
Yes. ADOR Tech’s Ultrasonic Thickness Gauges is capable of measuring thickness of various types of materials, including steel.
Ultrasonic Thickness Gauge Working Principle is based on transferring high-frequency ultrasonic waves to component materials.
No. ADOR Tech’s Ultrasonic Thickness Gauges can be used for wall thickness measurement, defect detection, corrosion monitoring, and weld inspection in diverse industries.
Depending on its model, the battery life of Ultrasonic Thickness Gauges differs. ExScan1000 offers 200 hours continuous operation while SONOCON B is integrated with replaceable battery, enabling 8-hours continuous operations.
Ultrasonic Thickness Gauges are non-destructive testing (NDT) systems typically used to measure wall thickness of components with different types of materials. Compact and portable design of these systems allows for high-accurate and straightforward measurement, even the components that are hard to access. The most common railway applications of Ultrasonic Material Thickness Gauge is evaluating wear, corrosion, welded joints, and flaws in both manufactured and semifinished products or components.
Ultrasonic thickness gauge working principles are relying on ultrasonic testing methods as their names suggest. The system transfers high-frequency ultrasound waves to the components or materials it wants to inspect. The ultrasonic waves travel through the material and evaluate the depth for wall thickness measurement. Once the ultrasound waves reach a defect or discontinuities, they are reflected differently. To use the Ultrasonic Thickness Gauges, it is needed to prepare the device and connect it to the component or material that will be inspected via the probe system, which transfers ultrasound waves.
Ultrasonic Wall Thickness Gauges are functional and efficient solutions for both wall thickness measurement and material defect detection. These systems are widely used in diverse industries. The applications of Ultrasonic Thickness Gauges in railway industry include measuring rail head and web thickness, inspecting welded joints and heat-affected zones, and evaluating forged parts and corrosion-prone areas. They can also be used to inspect railway components at finished or semi-finished stages in manufacturing processes. Ultrasonic Thickness Gauges, on the other hands, are commonly used in other fields, such as Aerospace and Automotive, Power Generation, and Petrochemical industries.
Given their critical role in railway infrastructure, ultrasonic thickness gauges must meet specific standards in design, performance, and durability. Lightweight and portability are the first key features that make Ultrasonic Thickness Gauges efficient. Due to easy one-sided access this compact and portable systems offer, inspection and wall thickness measurement are performed more straightforward and faster. High-resolution display is another crucial factor that optimizes the efficiency of an Ultrasonic Material Thickness Gauge, ensuring readable and high visibility in sunlight and outdoor applications.
High accuracy and speed are the other key factors used to define the performance of Ultrasonic Thickness Gauges. The more an Ultrasonic Material Thickness Gauge is accurate, the more precise measurement will be provided. In addition, high accurate probe systems can speed up the process of measurement and inspection. As the last key feature, durable protection is necessary regarding the importance of using Ultrasonic Wall Thickness Gauges outdoors in some cases. A durable protection and waterproof design keep them efficient in different environmental conditions during operation.
ADOR Tech’s Ultrasonic Thickness Gauges are provided in two models of ExScan1000 and SONOCON B, designed to meet different demands. ExScan1000 is a small portable Ultrasonic Wall Thickness Gauges system used pulse-echo ultrasonic testing method to measure whether wall thickness or defect detection of a wide range of materials. SONOCON B, on the other hands, is an ultra-lightweight Ultrasonic Thickness Gauges system using two types of pulsers for inspection and wall thickness measurement, operating in various industries.
Depending on the project’s demands, both ExScan1000 and SONOCON B can be efficient. For instance, ExScan1000 is designed with smaller dimensions and equipped with a non-replaceable battery, capable of 200 hours continuous operation while SONOCON B is provided with ergonomics and lighter design with replaceable battery, enabling 8-hour continuous operation. To see which model is suitable for your project demands, it is better to get a quote or get in touch with our specialists.
