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Ultrasonic Flaw Detector

Your Professional Ultrasonic Flaw Detector 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.

 

 
 

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.

 

Ultrasonic Flaw Detector

 

 

Ultrasonic Testing (UT), a method of Non-destructive Testing (NDT), is a widely used technique for inspecting metallic, plastic and composite materials, allowing for the detection of wall loss and imperfections in the material body and surfaces.

 

Technical Specification
 

Model

Leeb 500

Operating Frequency

0.5MHz～15MHz

Scanning Range

0-6000mm

Vertical linearity error

≤4%

Horizontal linearity error

≤0.1%

Dynamic Range

≥32dB

Noise Level

＜8%

Velocity Range

1000～9999 (m/s)

Testing Sensitivity

≥60dB (Depth 200mm, Φ2 flat bottom hole)

Gain Range

0~110dB

Standard Probes

Straight probe: 2.5MHz, diameter 20mm, cable Q9-Q9

Angle probe: 4MHz, 60 degree, 8*9 mm, cable Q9-C5

Standby Time

≥ 10 hours of continuous work

Temperature

(-20 ~ 70) ℃

Humidity

(20 ~ 95) % RH

Overall dimension

240×160×40mm

Weight

1.2kg

Standard Delivery

Main Unit, Straight probe, Angle probe, Power adapter, BNC cables, PC software, Manual, Certificate, Warranty card

Optional Accessories

Optional probes, Cables, Calibration blocks, Coupling agent

 

Product Features
 
Mini Portable UT Smart Digital Ultrasonic Flaw Detector

Precise Measurement Capabilities

The ultrasonic flaw detector offers a measuring range of 0-15,000mm, ensuring accurate detection of flaws in various applications, including aerospace and steel smelting machinery. This feature is ideal for users who require precise measurements, such as [the user who needs to inspect welds in a manufacturing facility.

 

Reliability and Durability

With a 1-year warranty, the ultrasonic flaw detector provides peace of mind for users, ensuring that their investment is protected against any manufacturing defects.

 

Customization Options

As an OEM-supported product, the The ultrasonic flaw detector can be customized to meet the specific needs of users, such as [the user who requires a customized solution for their unique application.

 

Advanced Technology

The ultrasonic flaw detector utilizes ultrasonic flaw detection technology, allowing for fast and efficient detection of defects in materials.

 

Global Availability

With a place of origin in China and Guayaquil, the The ultrasonic flaw detector is accessible to users worldwide, including [the user in the United States who requires a reliable testing equipment supplier.

 

Components of Ultrasonic flaw detectors
 

Ultrasonic flaw detectors have many key parts. These parts work together to enable the testing. Inspectors must understand these parts. It is key for them to use the equipment well and do accurate inspections.

Ultrasonic Flaw Detector with B Scan AWS TCG
 

Transducer

The transducer is responsible for generating and receiving ultrasonic waves. It converts electrical energy into mechanical vibrations (sound waves) and vice versa. The transducer emits the ultrasonic waves into the material being tested. It then detects the reflected waves. They bounce back from defects or boundaries in the material.

 

Pulser /Receiver

The pulser makes high-voltage pulses. It sends them to the transducer to make ultrasonic waves. The receiver then boosts and processes the signals. The transducer received them. They had travelled through the material and were reflected back. This part is critical. It captures and analyses ultrasonic signals for flaw detection.

Intelligent UT Smart Portbale Ultrasonic Flaw Detector
AVG AWS B Scan Smart UT Crack Detector
 

The Display Unit

The display unit shows the ultrasonic signals received by the transducer. The display unit may show the data in different formats. These include A-scans, B-scans, and C-scans. The format depends on the type of inspection. This visual feedback is key. It helps us interpret the results from flaw detection.

 

Data Storage

Many modern UFDs come equipped with data storage capabilities. This feature lets inspectors save inspection data. They save it for documentation and analysis. Storing inspection data lets inspectors track changes over time. They can compare results from different inspections. They can keep a record of material condition. This is for quality control and assurance.

Meatal Ultrasonic Crack Flaw Detector

 

Multifunctional

 

The device has wide functionality:

Digital UT Ultrasonic Flaw Detector

Presentation of the signal like A-scan and B-scan, which allows the operator to select the desired operating mode in accordance with the task;

Portable Digital Ultrasonic Flaw Detector

The device has two independent gates, with the ability to evaluate parameters in different areas on the scan, also using the automatic defect alarm function the limits can be configured individually for each gate.

DAC TCG DGS C Scan Ultrasonic Flaw Detector

For better signal processing, the device has functions of freezing and envelope, which allows the user to more accurately evaluate the received data.

 

Methods of Ultrasonic Testing

 

There are two widely accepted methods of ultrasonic testing.  

Pulse-Echo Testing

The same transducer transmits and collects sound wave energy during pulse-echo testing. This technique utilises echo signals at an interface, such as the back of an item or a flaw, to reflect waves back to the probe. The results are displayed as a line plot, with an amplitude on the y-axis reflecting the intensity of the reflection and a distance or time on the x-axis representing the signal’s depth through the material.

Through-transmission

Through-transmission testing uses a transmitter to send ultrasonic waves from one surface and a separate receiver to collect sound energy from the opposite side of the object. The quantity of sound is reduced due to material flaws that help to locate the flaws.

Field Aerial Work Portable Mini UT Flaw Detector

 

 

Certifications

 

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FAQ

 

Q: How to place order?

A: Talk to service staff, confirm machine details, after confirmed the order, we will send you PI to confirm.

Q: What is your warranty? And do you have technique support?

A: Our warranty is 1 year. We have technique support and training. We can also offer on-site serive if need.

Q: How Long is your lead time?

A: It depends on the different products.

Q: How to Pay?

A: We accept T/T, and Global Pay

Q: Do you provide OEM or ODM service?

A: Yes, we have over 15 years experience for OEM and ODM serivce. Add your logo on machine is also ok for us.

Q: What's the shipment ways you can provide?

A: By Air, By sea, By Truck, By Express(door to door): DHL, UPS, FedEx, TNT, SF, EMS ect.

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