Flaw Detector

Lanetech Flaw Detectors ISO 9712 compliance NDT devices with ultrasonic, phased array, eddy current technologies. Detect cracks (0.1mm sensitivity), voids and inclusions in welds, pipelines, and aerospace alloys.

Key Functions:

✅ Multi-mode scanning: Pulse-echo/TOFD/PAUT

✅ 5.0" sunlight-readable touchscreen

✅ 16000+ dataset storage nd

Industry Applications:

• Oil/gas pipeline weld inspections

• Aircraft turbine blade defect mapping

• Bridge structural integrity audits

Competitive Edge:

▶ 30% faster scanning vs manual MT/PT kits

▶ IP67 waterproof for offshore/field use

▶ Traceable calibration certificates

Trusted by 1,200+ NDT teams globally. Download ASTM E317-compliant manuals or request a demo with our magnetic particle/ultrasonic combo kits.

Types of Flaw Detector

B-100S Magnetic Yoke Flaw Detector

The Magnetic Yoke Flaw Detector boasts a compact and reasonable design, featuring a small size, lightweight construction, and portability.

UF100 Ultrasonic Flaw Detector

This ultrasonic flaw detector, designed for digital use, boasts a sleek, compact design, stable waveforms, robust durability, high sensitivity, and swift responsiveness. With the capability to reach a maximum repetitive emission frequency of 1000Hz, it stands out as an exceptionally portable product for ultrasonic flaw detection.

WF770 Welding Flaw Detector

WF770 is an advanced flaw detector designed for welding inspections. It is capable of testing various types of welds, including resistance welding, laser welding, Arplas welding, ring welded nuts, and welded rivets, among others.

What Is The Function Of Flaw Detector?

Flaw detection

The primary function of a flaw detector is to identify and locate flaws or defects in materials such as cracks, voids, inclusions, or discontinuities. It uses various techniques like ultrasonic, magnetic particle, or eddy current testing to detect these flaws.

Flaw sizing

Once a flaw is detected, a flaw detector can also measure the size or dimensions of the flaw. This helps in determining the severity of the defect and deciding on appropriate repair or maintenance actions.

Material characterization

Flaw detectors can also be used to analyze the properties of materials. By examining the response of the material to different testing techniques, it can provide information about the material's composition, structure, or integrity.

How Does A Flaw Sensor Work?

Flaw Detector

A flaw sensor is a device used to detect and identify flaws or defects in a material or structure. It works by emitting a signal, such as ultrasound or electromagnetic waves, into the material being inspected. This signal interacts with the material and its internal structure, causing reflections or changes in the signal. The flaw sensor then receives and analyzes these reflections or changes to determine the presence and characteristics of any flaws or defects.

The sensor typically consists of a transmitter, which emits the signal, and a receiver, which detects and analyzes the reflected or changed signal. The analysis is often done using advanced algorithms and signal processing techniques to accurately identify and characterize the flaws. Sensors designed to detect imperfections are widely utilized across multiple sectors, including manufacturing, aerospace, and non-destructive evaluation, to guarantee the quality and reliability of materials and constructions.

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