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400 Phone Number:+864001078007
Contact number:+8615010482279
Email: 15010482279@139.com
Company Address: Room 1001, Unit 4, Building 1, No. 69 Chaoyang Road, Chaoyang District, Beijing
I see3
- Commodity name： I see3
Email:
15010482279@139.com
- Product Description
-
Ultrasonic Wheel-Type C-Scan System
In 2010, Sonatest launched its first phased-array instrument, along with airborne scanning capabilities and 3D stereoscopic imaging featuring beam visualization.
In 2016, Veo+ was launched. The system introduced the concept of remote software. With the SonatestXPair software package, Sonatest pioneered true real-time remote operation, enabling operators anywhere in the world to fully control the instrument and share the Veo+ screen effortlessly. Additionally, Sonatest became the first company to offer phased array surface correction technology, making the inspection of long welds more accurate, faster, and simpler than ever before.
Veo3 is equipped with a state-of-the-art PCAP touchscreen, featuring a robust multi-touch screen assembly powered by intelligent algorithms that effectively distinguish between coupling agents and finger touches, preventing accidental misoperations. Now you can enjoy an even more exceptional user interface. But what truly sets Veo3 apart is its unique real-time multi-scan/multi-technology capability: it now allows simultaneous TFM, PA, and TOFD imaging.
Multiple technological advantages
Empower operators to have absolute confidence in ultrasonic testing.
Although TFM has now become a widely used inspection method, accurately configuring it for specific applications and selecting the most suitable TFM propagation mode remains a significant challenge. Comparing different propagation modes can be both frustrating and time-consuming. However, with Veo3, inspectors can now simultaneously visualize PA signals and multiple real-time TFM scans, making it easier than ever to identify defects and improve detection rates—while also boosting technicians' confidence.
Veo3 allows the addition of TOFD scanning to both PA and TFM real-time inspections. Using these three complementary inspection techniques simultaneously gives operators greater confidence in performing their tests.No additional qualifications required
Veo3's advanced multi-technique capabilities combine phased array with TFM, enabling users to benefit from TFM's superior resolution and quantitative performance—without needing to modify already-approved phased array procedures. There’s no requirement for a new approval process either.
Focus on your needs
Veo3 offers all the flexibility you need to tackle even the most challenging applications. Its unique architecture can generate up to six real-time TFM scans simultaneously, each derived from multiple FMC sources across different probes. This allows end users to focus their efforts precisely where it matters most, enabling them to conquer the toughest inspection tasks with ease.
Single-pass scanning of thicker parts
Veo3 can generate TFM images with up to 500K pixels, offering a maximum resolution of 100 pixels per millimeter—without imposing limits on the number of pixels along each axis. By integrating Time-Corrected Gain (TCG) into the TFM images, technicians gain greater flexibility in inspecting thicker components while still meeting ASME requirements. Plus, all operations can be completed in a single scan. Veo3 is equipped to tackle everyday inspection challenges with ease.
In challenging applications, obtaining defect features and evaluation results has never been easier.
Full-matrix capture and analysis
All data received during Full Matrix Capture (FMC) scanning can be recorded on the Veo3. This enables further detailed analysis, including comparisons with previous inspection data to identify trends and assess the rate of defect/corrosion growth.
The Sonatest UTStudio+ software package offers a wide range of features to assist inspectors or experts, or you can export the data for analysis using alternative algorithms. Similarly, the tools provided by Sonatest go beyond basic inspection capabilities.Technical specifications
General indicators
Phased Array (32:128 PR)
UT-TOFD (2PR)
Real-time Total Focusing Method (TFM)
Multiple scans
Up to 8 scanning groups
Up to 2 scan setups (UT & TOFD)
Up to 6 scanning sessions
Pulse Generator/Receiver
32:128PR
2 channels (4 interfaces)
Up to 64 chip probes
Gain Range
80dB
100dB
80dB
Sampling frequency
125 MHz @ 12-bit
50/100/200 MHz @ 10-bit
125 MHz @ 12-bit (16-bit process)
System bandwidth
0.2 to 23 MHz
0.2 to 18 MHz
0.2 to 23 MHz
Maximum Pulse Repetition Frequency
50,000 Hz
20,000 Hz
50,000 Hz
Pulse voltage
100-50V ActiveEdge©
400-100V ActiveEdgeC
100-50V ActiveEdgeC
Focus Mode
Constant depth, constant sound path, constant offset
None
Total Focusing Method (TFM) imaging technology
S Scan Resolution
As low as 0.1°
None
As small as 0.01 mm
L Scan Resolution
Minimum 1 element or double the resolution
None
As small as 0.01 mm
Maximum Phased Array Beam
(Focus Law of Quantity)Up to 1024
None
Up to 500,000 pixels
Measuring tools
Extraction box, 4 gates/A-scan Draw, TCG, DGS, Split-DAC
4 gates/A-scan, TCG, DGS /Split-DGS, DAC/Split-DAC
12 TFM algorithms, with up to 4 variations through TFMi Mode, extraction box, 4 gates, sound velocity, TCG, amplitude fidelity, up to 20 cursors/view
Onboard Scanning Planning Tool
3D Airborne Scanning
Operation Time
6 hours (battery supports hot-swapping)
Onboard Report Generation Tool
PDF auto-report, exporting data to CSV File, save screenshot
Input power
AC 110V/240V @ 50 Hz/60 Hz
Onboard PDF Reader
Capable of loading and reading all PDF files
Dimensions
115 x 220 x 225 mm (4.52 x 8.6)
Onboard Assistance
Help optimize parameters, programs, and reports
Weight
5.1 kg (excluding batteries; batteries weigh 460 g each)
Calibration standards
ISO18563 (EN16392) & EN12668
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.
Beijing Precision Testing: Crafting High-Quality Testing Services for You
400 Phone Number:+864001078007
Contact number:+8615010482279
Email: 15010482279@139.com
Company Address: Room 1001, Unit 4, Building 1, No. 69 Chaoyang Road, Chaoyang District, Beijing
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