64:128PR / TFM
PHASEYE FMC-64: 64:128PR Large-Aperture High-Resolution TFM Scanning
Large-aperture acquisition and high-resolution total focusing for demanding inspections.
Products / PHASEYE
PHASEYE FMC-64
Real-time FMC, TFM and 3D imaging for advanced phased array ultrasonic inspection.
The Eintik PHASEYE FMC-64 is a 64:128 PR full-matrix phased array flaw detector that integrates FMC, real-time TFM, conventional PAUT, PCI, PWI, TOFD and three-dimensional visualization in one field-ready platform.
64:128 PRPA / UT transmit-receive configuration
2 GB/sFMC data acquisition speed
8192Maximum focal laws
11.6 inFull HD capacitive touchscreen
PHASEYE FMC-64 Product Videos
High-resolution TFM, weld inspection and full-focusing applications.
Six English-language demonstrations show the core PHASEYE FMC-64 capabilities. Every video uses permanently embedded English technical captions.
Multi-Group TFM
PHASEYE: Simultaneous Multi-Group, Multi-Mode TFM Scanning
Multiple groups and propagation modes displayed in one coordinated inspection workflow.
Weld Inspection
PHASEYE: Simultaneous Real-Time PAUT and TFM Weld Inspection
Real-time conventional phased array and TFM imaging for weld examination.
Full Focusing
PHASEYE FMC-64 Full-Focusing PAUT Capabilities
An overview of total focusing, image clarity and advanced phased array inspection performance.
Castings & Forgings
PHASEYE Full-Focusing Inspection of Castings and Forgings
TFM inspection performance on industrial cast and forged components.
Product Overview
PHASEYE Full-Focusing PAUT Flaw Detector: Features and Applications
Key instrument functions, imaging modes and representative industrial applications.
Product Overview
Built for demanding inspection work.
The compact instrument uses aerospace-derived thermal materials and a reinforced aluminum-alloy housing for durability, heat management and effective electromagnetic shielding. Its bright, wide-format industrial capacitive screen supports clear operation indoors and outdoors.
Up to two high-capacity hot-swappable lithium batteries support a normal field shift, with operating time dependent on channel configuration, screen brightness and processing load. The multi-axis encoder interface supports encoded scanning and precise data positioning.
PHASEYE combines the instrument, probes, wedges, encoders, scanners and application software as one coordinated inspection ecosystem. This makes it suitable for standard field inspections as well as specialized industrial ultrasonic application development.
- FMC, TFM and conventional PAUT available in one platform
- PAUT and TFM scanning can be displayed simultaneously
- Real-time 3D workpiece and sound-field visualization
- Up to 128 elements for full-matrix acquisition
- Three-axis scanning tools with real-time coverage display
- 256 GB SSD storage, expandable to 1 TB
- USB 3.0, Gigabit Ethernet, wireless, Bluetooth and Mini DisplayPort connectivity
Applications
One platform, broad inspection coverage.
The PHASEYE FMC-64 is designed for welds, bonded structures, composites and complex components across energy, transport and advanced manufacturing.
Water-cooled platesInspection of internal channels, bonds and manufacturing discontinuities.
Wind turbine bladesBlade and fiberglass inspection for bonding and laminate defects.
Pultruded platesHigh-resolution inspection of pultruded composite structures.
Composite materialsCarbon-fiber and other composite inspection, including coarse or attenuative structures.
HDPE pipeElectrofusion and welded-joint inspection for polyethylene piping.
Honeycomb bondingAluminum plate, aircraft skin and honeycomb bond inspection.
Bolts and gearsInspection of high-stress fasteners, gears and precision components.
New-energy batteriesInspection support for battery assemblies and advanced energy products.
Rail wheels and axlesDetection workflows for train wheels, axles and transport components.
PHASEYESOFT
Fast, efficient, real-time imaging.
PHASEYESOFT provides acquisition, processing, visualization and reporting in one workflow. A-, B-, C-, D- and S-scans can be combined with 3D data views so inspection results correspond more directly to the real component geometry.
Full-matrix acquisition and total focusing
Acquire up to 128 elements at speeds up to 2 GB/s, then generate high-resolution TFM images in real time with multiple propagation modes.
Diffraction-based flaw sizing
Two conventional UT channel pairs support TOFD imaging and flaw-height measurement using diffraction time. PAUT and TOFD can be combined to use the strengths of both techniques.
Plane-wave imaging
Plane-wave excitation can increase TFM inspection efficiency and penetration, helping the instrument meet a wider range of application requirements.
Phase coherence imaging
After FMC acquisition, PCI forms images from signal phase coherence to improve defect sensitivity and support inspection of coarse-grained materials.
Built-in focal-law calculator
A proprietary focal-law calculator directly simulates the three-dimensional sound-field distribution before or during setup.
Instrument, probe and scanner matching
Eintik's probe-development capability is integrated with the instrument platform, from specialist software and custom probes to encoders and scanning frames.
System Architecture
Designed to keep advanced imaging responsive.
The internal architecture prioritizes transfer bandwidth, dynamic range, low signal loss and parallel processing for real-time total focusing.
High-bandwidth DDR processingUp to 300 Gb of DDR bandwidth is referenced in the manufacturer's product material for smooth real-time TFM operation.
100 MSPS / 16-bit ADC architectureHigh dynamic range helps preserve fine inspection detail; the instrument specification lists digitization rates up to 200 MHz.
Low-loss transmit and receive circuitsProprietary circuit design reduces transmission and reception losses to support a high signal-to-noise ratio.
3D focal-law simulationThe built-in proprietary calculator models sound-field distribution for setup validation and complex applications.
High-voltage pulsingPA pulsing up to +/-100 V and conventional UT excitation up to 300 V support both precision components and larger workpieces.
64 / 128 synchronized hardware channelsSupports matrix-array, dual-matrix-array and other complex probe configurations.
FMC acquisition up to 2 GB/sHigh acquisition throughput improves data coverage and supports efficient full-matrix workflows.
Parallel instrument operationMultiple instruments can be connected for large-scale inspection systems and integrated applications.
Technical Specifications
PHASEYE series details.
Available hardware configurations cover 32- and 64-channel PA apertures with up to 128 receive channels. Final performance depends on configuration, probe, wedge, scanner and inspection setup.
Hardware configurations
| Configuration | Maximum PRF | PA bandwidth | Maximum PA aperture | Maximum TFM aperture |
|---|---|---|---|---|
| 64:128 PR | 40 kHz | 0.4-25 MHz | 64 | 128 |
| 32:128 PR | 20 kHz, upgradeable to 40 kHz | 0.4-18 MHz | 32 | 64 |
| 32:64 PR | 20 kHz, upgradeable to 40 kHz | 0.4-18 MHz | 32 | 64 |
General instrument specifications
| Dimensions | 348 x 254 x 114 mm |
| Weight | Approximately 4.96 kg including one battery |
| Display | 11.6-inch, 1920 x 1080 full-HD industrial capacitive touchscreen |
| Operating temperature | -10 to 45 degrees C |
| Storage temperature | -10 to 60 degrees C with battery |
| Cooling | Two internal fans |
| Humidity | Up to 70% at 45 degrees C, non-condensing |
| Battery | Up to two hot-swappable lithium batteries; approximately 5 hours with two batteries under typical configuration |
| Storage | 256 GB SSD, expandable to 1 TB |
| Connections | Two USB 3.0 ports, Gigabit Ethernet, Mini DisplayPort and PA channel connectors |
| Wireless | Wireless networking, Bluetooth and remote-control support |
Software and imaging
| Operation | Responsive multi-group acquisition and processing |
| Databases | Built-in probe and wedge databases |
| Focusing setup | Focus by depth, sound path or horizontal position |
| Focal-law tools | 2D focal-law calculation, beam coverage display and proprietary 3D sound-field simulation |
| 3D visualization | 3D workpiece structure display and 3D inspection-data view |
| Simultaneous inspection | PAUT and TFM displayed at the same time |
| TFM workflow | Multi-mode TFM simultaneous detection |
| Remote access | Wireless remote control |
| Display modes | A-scan, B-scan, C-scan, D-scan, S-scan, TOFD side view and 3D imaging |
Phased array specifications
| Probe / group capacity | Up to four PA probes or 128 conventional UT channels; up to 128 groups |
| Resolution | 16-bit acquisition |
| A-scan amplitude | Up to 1600% |
| Data points | Up to 16,384 points |
| Focal laws | Up to 8,192 |
| Digitization rate | Up to 200 MHz |
| PA pulse voltage | Up to +/-100 V |
| Pulse type | Negative, positive or bipolar square wave |
| Gain range | 0-120 dB |
| Pulse width | 20-1,250 ns |
| Real-time averaging | Up to 64 |
| TCG | Multi-point time-corrected gain |
FMC, TFM, PCI and PWI
| TFM propagation modes | LL, LLL, LLLL, TT, TTT, TTTT, TTTTT, TLT, TLL and LTT |
| Maximum TFM image | 1024 x 1024 pixels |
| TFM data resolution | 16 bit |
| Real-time envelope | Supported |
| FMC / PCI | Full-matrix acquisition with phase coherence imaging |
| PWI / TFM | Plane-wave imaging with total focusing |
| FMC throughput | Up to 2 GB/s |
Conventional UT and TOFD
| Conventional modes | Pulse-echo UT and TOFD |
| TOFD groups | Two conventional UT channel pairs / two TOFD groups |
| Excitation voltage | Up to 300 V, adjustable in 1 V steps |
| Pulse type | Negative square wave |
| Pulse width | 20-1,250 ns, adjustable in 1 ns steps |
| Maximum PRF | 30 kHz |
| Bandwidth | 0.4-25 MHz |
| Gain range | 0-120 dB |
| Views | A-scan, TOFD side view and C-scan |
System Matching
Configured around the inspection task.
TRX supplies PHASEYE instruments with matched phased array, conventional UT and TOFD probes; application-specific wedges; encoders; scanners; cables; transport protection; and technical configuration support.
Final channel configuration, probe aperture, wedge, encoder and accessories should be selected against the component geometry, inspection procedure, required imaging mode and applicable standard.
View the PHASEYE rangeMiddle East Support
Discuss your PHASEYE application with TRX.
Share the component, material, inspection procedure and required coverage so we can help configure the instrument, probes, wedges and scanner.