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Contact number:+8615010482279
Email: 15010482279@139.com
Company Address: Room 1001, Unit 4, Building 1, No. 69 Chaoyang Road, Chaoyang District, Beijing
EM-8260
- Commodity name: EM-8260
Email:
15010482279@139.com
- Product Description
-
Electromagnetic Ultrasonic Flaw Detector

The EM8260 Electromagnetic Ultrasonic Flaw Detector is designed for efficient and rapid industrial inspection, delivering excellent results in detecting defects such as welds, cracks, and uniform corrosion. It is widely applicable across industries including manufacturing, chemical processing, and inspection services.
- The EM8260 utilizes electromagnetic ultrasonic technology, eliminating the need to clean weld joints during inspection.
- The EM8260 also features guided-wave EMAT technology, enabling ultra-fast, simultaneous inspection of weld joints and weld zones—at a welding speed of one pass per minute for DN1000 pipelines.
- The EM8260 also features rapid TOFD weld inspection technology and two fully independent conventional PET channels.
- Additionally, the EM8260 employs standard PET-based detection technology, allowing for further confirmation of any defects identified.
The EM826 user interface features a logical, streamlined workflow:
- Fast and nearly fully automated calibration: Data acquisition includes A-scan, B-scan, and C-scan
- 3D view mode, recreating complex weld geometry
- Analysis and Reporting
- The EM8260 features multiple measurement channels, enabling it to handle even complex objects and significantly speeding up the inspection process.
New Feature


The EMA crack detector sensor utilizes cutting-edge technology to streamline the process of identifying metal defects, including weld inspections. The inspection requires no coupling, boosting detection efficiency while delivering exceptional accuracy.
Guided-wave EMAT technology can detect even the smallest defects, with sensors capable of identifying flaws as close as half a meter from the contact point with the pipe surface—while still effectively pinpointing larger defects at distances of several meters.
Parameter Preview
Operating temperature range
-20…+50°C
Instrument dimensions
245x210x79mm
Continuous working hours
8-12 hours
Sensor interface
LEMO 00*4 (2 UT channels), LEMO 01*2 (EMAT)
Data storage
2GB micro SD (removable)
Battery Type
Rechargeable lithium battery, 10.8V 25Ah
Power requirements
220V 50Hz
Pulse Repetition Frequency
10, 100, 200, 1000, 2000 Hz
Device operating frequency
EMAT is 4 MHz, while PET ranges from 1 MHz to 20 MHz.
Pulsator
Adjustable Square Wave
Sensor Power Settings
UT: 220–350V, 10V step; EMAT: 800–3kV
Pulse width
UT adjustable range: 20–10,000 ns
Gain
UT: 0-115 dB, EMAT: 0-100 dB
Receiver input impedance
3000 MHz ±5%
Sound speed setting range
500-20000m/s
DAC Points
Up to 50 points, 110dB dynamic range
Display type
TFT LCD
Display size
7 inches
Language
Chinese English Russian
Protection Level
IP66
Keywords:
Honorary Qualifications
Frequently Asked Questions
Can't charge the device?
The device may have been left unused for too long, causing the battery to lose charge. You can try charging it for an extended period. If there’s still no response, we recommend sending it in for repair. Also, please use the dedicated charger provided for each device when charging.
Can't connect the thickness gauge's flat plate to the instrument?
First, turn on the tablet’s hotspot and check whether the eight-digit number in the hotspot name matches the eight-digit SN code of the device. If they don’t match, make the necessary adjustments. Then, follow the instructions in the manual to connect the tablet. If you’re still unable to proceed, we recommend contacting customer support for assistance.
How can I fix the issue of fluctuating readings during thickness measurement?
It is recommended to connect the flat plate during the thickness measurement process and observe the waveform. If the waveform appears poor, switch to manual mode for inspection. If no consistent waveform is detected, consider potential material issues or probe damage—replace the probe and try again. If no waveform still appears after replacing the probe, the material itself may be of poor quality, making it unable to generate an effective signal.
Get a quote
*Note: We will contact you within 1 business day. Please check your email at 15010482279@139.com.