Ultrasonic Testing Equipment
Your Professional Ultrasonic Testing Equipment Supplier
Chongqing Leeb lnstrument Co.Ltd, located at High-tech industrial Development Zone of Chongqing, China. We specialize in manufacturing, researching and sale of NDT and Precision Testing Instruments over twenty years, including various kinds of Hardness Tester, Microscope, Surface testing device, Ultrasonic equipment and online Automatic testing systems.
-
Portable Ultrasonic Thickness Measurement GaugeIntegrated with a 4mm calibration block.read more
Two display units: mm and inch.
With coupling state indication.
Measuring sound velocity: according to the known thickness of... -
Ultrasonic Wall Thickness Measurement MachineHigh quality metal sheel.read more
Two display units: mm and inch.
With coupling state indication.
Measuring sound velocity: according to the known thickness of the object, sound... -
Metal Case UT Wall Thickness Inspection TesterIntegrated with a 4mm calibration block.read more
Super high resolution: 0.001mm.
Two display units: mm and inch.
With coupling state indication. -
Digital Ultrasonic Pipe Wall Thickness Tester with PrinterHigh stability and precision.read more
Available software for PC connection, data transmission & analysis, and printing measurement reports.
With built-in thermal printer. ... -
High-precision with PC Software Ultrasonic Thickness TeserHigh stability and precision.read more
With 2 probes (Standard probe and Angle probe)
Integrated with a 4mm calibration block.
Two display units: mm and inch.
With... -
Metal Shell Ultrasonic Thickness Teser for PipelineHigh quality metal shell.read more
Precise measuring performance.
With 2 probes (Standard probe and Angle probe).
Integrated with a 4mm calibration block.
Two display... -
Printer Ultrasonic Plate Thickness TesterHigh quality and precision.read more
Built-in thermal printer.
With 2 probes (Standard probe and Angle probe) and 4 steps calibration block.
Rechargeable Li-ion battery, available for... -
Color Screen EE A Bcan Ultrasonic Thickness GaugeHigh Precise measuring performance.read more
Two ways of measuring: PE-testing and EE-testing.
EE-test function (Echo to Echo), measuring the thickness of workpiece through the coating on... -
PE EE Ultrasonic Thickness Tester for Through CoatingPE EE Ultrasonic thickness tester for through coating.read more
High Precise measuring on Ultra-thin parts.
Two ways of measuring: IE-testing and EE-testing.
EE-test function... -
IE EE Test Ultrasonic Thickness Teser Through PaintingIE EE test Ultrasonic Thickness teser through painting.read more
Measuring range 0.15~300mm in steel.
Both single crystal and dual crystal probes are available.
Special for... -
Portable Digital Ultrasonic Flaw DetectorProbe automatic calibration.read more
DAC and AVG are automatically formed, and can be corrected and compensated.
Freely switch to four kinds of standards (depth D, level P, distance S,... -
Digital UT Ultrasonic Flaw DetectorProbe automatic calibration.read more
DAC and AVG are automatically formed, and can be corrected and compensated.
Freely switch to four kinds of standards (depth D, level P, distance S,...
Why Choose Us
Certifications
We are a professional factory certified to ISO 9001 standards. Our products are tested using high-quality equipment and meet CE, FCC, and RoHS certification requirements.
Sales Market
In addition to meeting the needs of customers in mainland China, our products are also exported to advanced manufacturing countries such as Israel, the United States, Canada, Germany, France, Italy, Spain, and South Korea.
Our Services
We offer fast shipping with delivery in just 7 business days. All products come with a warranty of one to three years.We also provide free technical support and training.
Technical Specification
|
Model |
Leeb 330 |
Leeb 331 |
Leeb 332 |
|
Measuring range (mm) |
0.7~300 |
||
|
Resolution (mm) |
0.1 |
0.01 |
|
|
Accuracy (mm) |
±(1%H+0.1) H refers to the thickness of testing piece |
±(0.5%H+0.01) H refers to the thickness of testing piece |
|
|
Velocity range (m/s) |
5920 |
1000~9999 |
|
|
Velocity measurement |
√ |
||
|
Storage |
N |
1000 Groups |
|
|
Shell |
Metal |
||
|
Operating temperature |
-10°C~60°C |
||
|
Dampness |
20%~90% |
||
|
Dimensions |
130×70×25mm |
||
|
Power supply |
2 AAA alkaline batteries |
||
|
Weight |
420g |
||
Standard Configuration
|
Name |
Quantity |
Name |
Quantity |
|
Main unit |
1 |
Coupling agent |
1 |
|
Standard probe (5P Ø10) |
1 |
AAA alkaline battery |
2 |
|
Users' Manual |
1 |
Packing list |
1 |
|
Qualified Certificate |
1 |
Warranty card |
1 |

1. Adopting premium time chips to record the time taken between the ultrasonic signals emitted and recevied by the gauge.
2. These gages employ ultrasonic double-crystal probe with stainless steel housing, and it can effectively reduce clutter, sensitive, hard and durable.
3. Automatic Gain switchable to amplify the ultrasonic signal so that the emitted pulse is accurately captured by the transducer as it propagates, and obtains accurate data.
4. High precision ensures LS211 can pass Chinese authoritative metrology institute.
5. Built-in sound velocity of multiple materials including metallic(iron, copper, aluminum) and non-metallic materials(plastics, ceramics, plexiglass).
6. Built-in sound velocity of multiple materials.
7. Ergonomic design with durable rubberized grip.
Common applications for ultrasonic thickness gauges include
Inspecting pipelines and piping systems for corrosion and wear
01
Measuring the thickness of storage tanks and pressure vessels
02
Checking the integrity of structural steel and welds
03
Assessing material thickness in manufacturing processes
04
Measuring the thickness of ship hulls, aircraft components, and other transportation equipment
05
Grid measurement method:Using an ultrasonic metal thickness gauge and point thickness measurement statistics in the grid-designated region. The monitoring of corrosion in high-voltage equipment frequently uses this technique.
30mm multi-point measurement method:The lowest value for the thickness of the metal being measured should be taken at a measurement site in the center of a circle with several measurements within a range of about 30 meters when the measurement value is not particularly steady.
Typical measuring technique:When the split surface of the probe is 90 degrees from one another during the two measurements, measure the thickness once with the probe and take the minimum value as the thickness of the metal to be measured.
Continuous measurement method:Continuous measurement using a single point measuring technique along the designated path with a maximum 5 mm measurement interval.
Precise measurement method:Around the designated measurement point, further measurements are taken, and a line of equal thickness marks the change in thickness.

Select measurement mode

QC mode
Can select the system settings through the main menu, you can select the QC mode in the mode selection, you can set the limit value, the instrument will automatically determine whether the measured thickness is qualified
Statistical mode
Can choose the statistical mode in the mode selection, the instrument will automatically count the maximum value, minimum value and average value among the nine groups of data detected.

Precautions for use




1. Before calibration, check whether the numbers on the host display are clear to avoid shortages, hidden lights, etc.;
2. Keep the appearance of the standard block clean, without any appearance defects that affect the accuracy, such as rust;
3. The use of couplant, pay attention to the couplant should not be too small, it needs to cover the probe area;
4. During the calibration process, keep the probe tightly attached to the standard block and keep it still to ensure the accuracy of the data.
5. Because the sound velocity of different types of materials is different, it is recommended to measure the sound velocity of the same type of material according to the known material thickness first, confirm the sound velocity and then measure the material thickness, so that the measurement is more accurate;
6. Because of the principle of ultrasonic pulse reflection, the instrument cannot measure the thickness of insulating glass, because ultrasonic waves cannot penetrate the joint surface without coupling, so multi-layer materials such as insulating glass consisting of two layers of glass and air layers cannot be measured.
7. When measuring curved glass materials, it is necessary to pay attention to parallel or coaxial with the measurement material. In addition, it is also necessary to pay attention to the size of the material, and the probe of the instrument must be fully covered for accurate measurement;
8. When measuring irregular glass, there may be uneven thickness, which will affect the measurement of the instrument. We need to position and measure the material;
Certifications


FAQ
As one of the most professional ultrasonic testing equipment manufacturers and suppliers in China, we're featured by quality products and good price. Please rest assured to buy discount ultrasonic testing equipment in stock here from our factory. Contact us for customized service.
