Marmonix MUT-510S Ultrasonic Thickness Meter

The Marmonix MUT-510S ultrasonic thickness gauge measures steel, cast iron, aluminium, copper, plastics, ceramics, composites, epoxies and glass from 0.75 to 350 mm, depending on the probe, with 0.01 mm resolution and ±(0.5%H+0.01) mm accuracy. It comes with a standard probe and a 90° angle probe, has a plastic housing and stores 2000 groups of readings. Browse all Marmonix thickness testers, or compare the MUT-520S with a metal housing.

Marmonix MUT-510S Ultrasonic Thickness Gauge

The MarMonix MUT-510S Digital Ultrasonic Thickness Gauge is a versatile and highly precise measuring tool designed to meet the needs of professionals across various industries. Whether you’re working with metals, plastics, or ceramics, this device ensures accurate and reliable results. Below is an overview of its key features and capabilities:

Key Features and Functions

Key features of the MUT-510S include:

• High Precision Measurement: The MUT-510S is built with exceptional quality, offering high accuracy in thickness measurements.
• Dual Probe Design: Includes both a standard probe and an angle probe, ensuring flexibility for different applications.
• Integrated Calibration Block: Equipped with a 4mm calibration block, simplifying the calibration process and improving measurement reliability.
• Multiple Display Units: Supports both millimeter (mm) and inch (in) measurement units for user convenience.
• Coupling State Indication: Clearly shows the coupling state to enhance measurement accuracy and consistency.
• Sound Velocity Measurement: Allows users to measure the sound velocity of materials based on their known thickness, making it ideal for advanced applications.
• PC Connectivity: Comes with software for PC connection to enable data transmission and detailed analysis.
• Long-Term Support: Backed by a 2-year warranty, ensuring peace of mind for users.

Measuring Materials

The MUT-510S is adaptable to a wide range of materials that conduct ultrasonic waves, including:

• Metals: Steel, cast iron, aluminum, copper, and more.
• Plastics: Suitable for industrial-grade plastic components.
• Ceramics: Ideal for monitoring ceramic thickness in construction or production.
• Composites: Ensures reliable measurements for modern composite materials.
• Epoxies and Glass: Perfect for specialized applications in engineering and manufacturing.

This advanced thickness gauge is a must-have tool for professionals in industries like manufacturing, construction, and material testing. Its dual probes, robust features, and compatibility with various materials make it a versatile and reliable choice.

Marmonix Mut-510s Ultrasonic Thickness Gauge

Questions about the MUT-510S ultrasonic thickness gauge

What materials can the MUT-510S measure?

The MUT-510S measures materials that conduct ultrasonic waves well, such as steel, cast iron, aluminium, copper, plastics, ceramics, composites, epoxies and glass, over 0.75–350 mm depending on the probe. It can also measure a material’s sound velocity (1000–9999 m/s) from a sample of known thickness.

What comes with the MUT-510S?

The MUT-510S datasheet lists the main unit, a standard probe (5P Ø10), a 90° angle probe (5P Ø10), coupling agent, PC software, two AA alkaline batteries, a user manual and a packing list.

MUT-510S or MUT-520S: which should I choose?

Choose the MUT-510S when a lighter 200 g gauge with a plastic housing suits the job, and the MUT-520S when you want its metal housing for industrial environments. On marmonix.co both list 0.75–350 mm, 0.01 mm resolution, ±(0.5%H+0.01) mm accuracy, 1000–9999 m/s velocity and 2000-group storage; the MUT-520S page gives 300 g and 130×70×30 mm against 163×78×33 mm for the MUT-510S.

Case study: wall-thickness checks where only one side is reachable

In a typical inspection, pipes, tanks and plates can be reached from one side only, so remaining thickness has to be measured without cutting or drilling.

An ultrasonic thickness gauge sends a pulse through the material from a coupled probe and times the echo from the far wall. It works on steel, cast iron, aluminium, copper, plastics, ceramics, composites, epoxies and glass, and a coupling indicator shows when the probe is seated properly. An angle probe helps on tight or curved spots.

Inspectors measure along a grid on the suspect area, store each group of readings, and compare them with nominal thickness. Where the material is unknown, the sound-velocity function is used on a sample of known thickness first.