Mikrosize Ultrasonic Thickness Gauge: Advanced Measuring Testing Instrument

1. Introduction

As a leading Measuring Testing Instrument designed and supplied by Mikrosize, this ultrasonic thickness gauge stands out in the industry with its advanced technology and versatile performance. Mikrosize, a renowned supplier of high-precision measuring equipment, has engineered this instrument to meet the rigorous demands of various professional fields. The instrument is equipped with multiple types of twin probes, featuring emission echo, interface echo, and echo echo measurement modes, which can achieve penetration measurement of coatings up to 2.5mm thick—making it an indispensable tool for accurate thickness assessment in complex scenarios.

This Measuring Testing Instrument from Mikrosize boasts exceptional connection and communication capabilities. When the instrument is in the Bluetooth enabled state, it can be recognized as a virtual keyboard device (device name TIME243xBT) by electronic devices with Bluetooth function (such as smartphones, PCs, etc.), and operating the electronic device can establish a stable Bluetooth connection with the instrument. After establishing a connection, users only need to open any type of document that can be edited with text on an electronic device, such as Word, Excel, Notepad, etc. They can set the character format in advance, switch the input method to English input, and place the cursor at the desired position. Once the instrument completes a measurement, it seamlessly transfers the measurement value to the cursor position in the above document through the virtual keyboard device, ensuring efficient data recording and analysis.

The Mikrosize ultrasonic thickness gauge, as a top-tier Measuring Testing Instrument, can measure material thickness in the range of 0.60 millimeters to 500.0 millimeters, and the specific thickness that can be measured depends on the probe and software options. With its large storage capacity and reliable communication function, this instrument is widely applicable in various critical fields such as petroleum, chemical, metallurgical, shipbuilding, aviation, aerospace, and scientific research institutions. Whether for routine quality control or complex research projects, this Measuring Testing Instrument by Mikrosize delivers consistent and precise results.

2. Working Principle

The working principle of this ultrasonic thickness gauge, a core Measuring Testing Instrument from Mikrosize, is similar to that of optical wave measurement but optimized for material thickness detection. The ultrasonic pulse emitted by the probe enters the object under test and propagates inside the object with high efficiency. When it reaches the interface of the material, it is reflected back to the probe with minimal signal loss. Mikrosize's advanced signal processing technology then accurately calculates the propagation path and time of the ultrasonic wave in the material, allowing the instrument to infer the thickness of the material under test with remarkable precision. This principle ensures that the instrument maintains high accuracy even when measuring materials with different acoustic properties, a key advantage that sets Mikrosize's Measuring Testing Instrument apart from competitors.

3. Product Features

As a flagship Measuring Testing Instrument by Mikrosize, this ultrasonic thickness gauge is packed with outstanding features that cater to diverse measurement needs. It offers a wide measurement range of 0.65-600mm, covering most industrial and research applications. The instrument adopts a 2.4-inch 320x240 color LCD display screen with adjustable brightness, ensuring clear visibility even in harsh lighting conditions—whether in bright outdoor environments or dimly lit workshops.

Mikrosize has designed the instrument to adapt to multiple types of twin probes, and it comes with built-in probe recognition and self-calibration functions. This means users can easily switch between probes for different materials or thickness ranges without complicated manual adjustments, saving time and reducing operational errors. The instrument supports transmission echo, interface echo, and echo echo measurement modes, and can achieve penetration coating measurement, making it ideal for measuring workpieces with surface coatings that would interfere with other measuring tools.

To further enhance accuracy, this Measuring Testing Instrument by Mikrosize can dynamically compensate for measurement errors caused by probe changes and coupling differences, a critical feature that ensures reliable results in long-term use. It offers multiple calibration methods such as zero position calibration, sound velocity calibration, and two-point calibration, allowing users to calibrate the instrument according to specific measurement requirements and material characteristics.

Resolution options are flexible, including 0.001, 0.01, and 0.1 millimeters (or 0.0001, 0.001, and 0.01 inches), enabling precise measurement for both micro-thickness and large-thickness applications. The instrument is equipped with a gain adjustment function to optimize signal strength for different materials, as well as a single value B-scan display function that provides visual feedback of the measurement area, helping users identify potential material defects while measuring thickness.

For high-efficiency scenarios, users can activate the fast measurement mode of this Mikrosize Measuring Testing Instrument, which can perform up to 20 measurements per second—perfect for batch testing in production lines. It also comes with an alarm function, where the upper and lower limits of the alarm can be freely set, alerting users immediately when measurement values exceed the preset range. The display mode includes differences and maximum and minimum values, facilitating quick comparison and analysis of measurement data.

In terms of data management, the instrument can store up to 50,000 measurement values and features a two-dimensional grid storage function, allowing users to organize data by different projects or test points. It supports online upgrade function, ensuring that the instrument's software can be updated to the latest version to add new features or improve performance. Communication is versatile as well: it can communicate through USB and Bluetooth, and can also be powered by a USB interface for convenient use in locations without a power outlet. Additionally, the instrument is equipped with an RS485 expansion interface, enabling integration with other industrial control systems for automated testing processes. All these features make the Mikrosize ultrasonic thickness gauge a comprehensive and reliable Measuring Testing Instrument for modern industrial and research needs.