Eddyfi Technologies Product Lineup

Condenser tubes made from seam-welded thin pipes are generally cheaper than conventional condensers that use seamless pipes. However, there is a significant weakness in the welding along the axis of the pipe. Currently, thin seam-welded pipes made of SUS304 and SUS316 stainless steel or titanium are commonly used in condensers. These thin pipes are prone to defects along the weld seam, such as axial cracks, blowholes, poor melting, and poor fusion. *For detailed information, please refer to the PDF materials. For more information, feel free to contact us.*

• probe

Ninety percent of international trade is transported by over 100,000 merchant ships, which are at the core of the global economy. This was strongly felt due to the impact of the vessels that were stranded in the Suez Canal in early 2021. For decades, continuous technological innovations in ship size, propulsion, construction materials, specialized design, and automation systems have supported the growth of maritime freight transport. *For more detailed information, please refer to the PDF document. Feel free to contact us for more details.*

• Other inspection equipment and devices

In guided wave testing (GWT), unlike conventional ultrasonic testing which operates in the megahertz frequency range for thickness measurement, low-frequency ultrasound operating at 20 to 150 kHz is used. This allows GWT to propagate broadband ultrasound axially from the tool to the pipe. When this broadband ultrasound encounters changes in the cross-section, the sound is reflected back to the tool due to changes in the acoustic impedance of that area, allowing for detection. The circumferential welds of the pipe are used for sensitivity calibration, and by comparing the amplitudes of other signals with these welds, the extent of detected corrosion can be indicated. Furthermore, C-scan imaging technology and our product's unique secondary signals are also available. *For more detailed information, please refer to the PDF materials. For further inquiries, feel free to contact us.*

• Other inspection equipment and devices

Depending on the equipment, high-temperature and high-speed fluids flow towards the 90° bend of carbon steel piping. As a result, it is inevitable that flow-accelerated corrosion (FAC) will occur on the outside of the elbow within the piping. A major petrochemical refining company in Asia has requested Eddyfi Technologies to develop an inspection solution capable of detecting FAC and erosion at the elbow sections of carbon steel piping where high-speed and high-temperature fluids flow. *For more detailed information, please refer to the PDF document. Feel free to contact us for further inquiries.

• Other inspection equipment and devices

Aircraft are the foundation of various industries and are subjected to harsh and almost continuous use, making maintenance extremely important. Especially when it involves the fuselage or the main wing's longerons, maintenance procedures are diverse but require a significant amount of time. Longerons typically support larger aircraft loads and help transmit skin loads to the internal structure. *For detailed information, please refer to the PDF document. For further inquiries, feel free to contact us.*

• Other inspection equipment and devices

Friction stir welding is a solid-state joining technique widely used in the aerospace industry. In the friction stir welding process, manufacturing parameters such as rotational speed and travel speed can lead to discontinuities at the joint, necessitating the application of non-destructive testing to verify the integrity of the joint. High productivity, work efficiency, and inspection accuracy are central to the quality assurance of newly manufactured aircraft. *For more detailed information, please refer to the PDF materials. Feel free to contact us for further inquiries.*

• Other inspection equipment and devices

Corner welds and T-joints are widely used in various construction fields, storage tanks, defense components, and bridges. If there are defects in corner welds, it can lead to significant losses or deficiencies in the materials within the tank, potentially having a serious impact on the suitability of the assets. T-joints and similar welding shapes have always posed challenges for ultrasonic testing. However, there are now methods to verify that the testing range is appropriate and to mitigate the adverse effects caused by such configurations. *For detailed information, please refer to the PDF document. Feel free to contact us for more details.*

• Other inspection equipment and devices

The fear of using airplanes is widely ingrained among people, and there are reports of accidents such as crashes. As part of the response to this, the field of non-destructive testing is responsible for ensuring thorough safety measures to prevent various accidents, allowing travelers to arrive safely at their destinations. Considering the size and complex shapes of aircraft, it is crucial to understand the issues faced as inspection requirements, so auditing current risk management practices and utilizing technologies designed with the on-site situation in mind will serve the best interests of the industry. *For detailed information, please refer to the PDF document. Feel free to contact us for more information.*

• probe

Phased array ultrasonic testing is a mature and widely adopted technology that enables the inspection of critical components across various industries. In the past five years, new technologies such as full matrix capture and live total focusing methods have become available in most high-end phased array ultrasonic testing devices. These have been introduced into ASME and ISO standards, with dedicated training courses specified in the standards being offered by large training centers. However, technological innovation continues, and non-destructive testing equipment manufacturers are constantly striving to make the inspection process as seamless as possible. In particular, there is an ongoing demand to facilitate the setup of inspections, conduct inspections more quickly, improve the image quality of inspection data, and enable decision-making based on the best information regarding factors specific to the inspection of stainless steel and dissimilar metal welds. *For detailed content of the article, please refer to the PDF document. For more information, feel free to contact us.*

• Other inspection equipment and devices

Regarding the aging of infrastructure in the petrochemical and other industrial sectors, there are various potential vulnerabilities that plant engineers and maintenance departments must pay attention to. Repeated loads and fatigue stress can lead to cracking over time, but there is another type of defect that is equally dangerous. This particular issue is difficult to detect and, if left unaddressed, can pose a serious threat to the integrity of the equipment. Therefore, managers responsible for maintaining industrial infrastructure must always remain vigilant and pay close attention to the latest best practices and technologies to identify and address potential issues. *For more detailed information, please refer to the PDF document. Feel free to contact us for further inquiries.*

• Other inspection equipment and devices

To ensure the smooth operation of transport pipes that transport products to various areas of the production plant, regular evaluation of the piping, including all branch connections, is necessary. Piping and other plant equipment are subjected to periodic and very high thermal stress due to the condensate and steam systems, increasing the risk of fatigue cracking. In order to maximize productivity in an economic environment where efficiency is required, a non-destructive testing approach is needed to assess the fitness for service (FFS) of these production facilities. *For detailed information, please refer to the PDF materials. For more details, feel free to contact us.*

• Other inspection equipment and devices

Heat exchangers are used to heat and cool various fluids across a wide range of industrial sectors. This is particularly important for industries such as power generation and petrochemicals, where equipment reliability is of utmost importance. For example, heat exchanger tubes made of austenitic stainless steel or Inconel are plagued by circumferential cracking that cannot be reliably detected by conventional single-coil eddy current testing (ECT) probes. This application note explores how innovative eddy current array (ECA) probe technology can address this challenge. *For more detailed information, please refer to the PDF document. Feel free to contact us for further inquiries.*

• probe

A pressure vessel is a sealed container designed to hold fluids at a pressure that is consistently different from the surrounding pressure. They are installed throughout refineries. Due to the importance of their function, pressure vessels must undergo regular rigorous safety inspections. Pressure vessels in refineries are subjected to harsh conditions. Their carbon steel welds are critical components and tend to develop cracks in various zones (end caps, excess welds, heat-affected zones). *For detailed information, please refer to the PDF document. For more information, feel free to contact us.*

• probe

Pipelines are essential for the operations of various industries such as water, oil, gas, and power generation, and maintaining pipelines in proper condition is a top priority in these fields. Since they are typically made of iron or steel, corrosion poses a significant threat to safety. Therefore, non-destructive testing for pipeline corrosion is necessary, and ultrasonic testing has been widely accepted as an ideal technology for detecting corrosion in pipelines. Phased array ultrasonic testing allows for accurate wall thickness measurements, enabling the assessment of the presence of this invisible damage; however, issues have been pointed out regarding the inspection of pipes along bend sections. *For more detailed information, please refer to the PDF document. Feel free to contact us for further inquiries.*

• Other inspection equipment and devices

When thinking about logistics and delivery, people generally envision trucks, but the U.S. freight rail system accounts for about 16% of total freight volume on a weight basis. Rail freight is an environmentally friendly transportation alternative to truck transport, capable of reducing greenhouse gas emissions by 75%. It is estimated that by 2035, the volume of rail freight will increase by 22%. Rail tank cars transport necessary products across various industries, including agriculture, food and beverage, chemicals, plastics, and oil and gas. Rail regulations concerning hazardous materials are particularly important to comply with due to the potential for leaks or derailments. Non-destructive testing plays a crucial role in ensuring compliance with regulations. Appropriate non-destructive testing techniques not only further promote the environmental benefits of rail transport but also ensure the integrity of rail vehicles through auditable records. *For detailed content of the article, please refer to the PDF document. For more information, feel free to contact us.*

• Other inspection equipment and devices

"PaintBrush2" is a unique scanner that establishes a new evaluation standard in corrosion mapping. With intuitive operation, it allows for quick and easy corrosion mapping. When combined with the Cypher ultrasonic flaw detector, which is equipped with a wealth of features specialized for corrosion, it becomes an even more powerful solution. Two encoded wheels track the position and orientation of the scanner in real-time, enabling operators to visually confirm the inspection area and prevent inspection omissions. It offers a wide operating temperature range, broad probe compatibility, and the freedom of data collection without grid constraints. 【Features】 ■ Easy design that can be mastered with minimal training ■ Equipped with magnetic wheels for secure attachment to metal surfaces ■ Can be adapted for non-metal surfaces by replacing with non-magnetic wheels ■ Capable of inspecting from small diameter pipes (100mm) to large elbows ■ Supports advanced technologies such as TFM, PWI, and PAUT ■ Operating temperature range: -35°C to 150°C (intermittent operation) *For more details, please download the PDF or feel free to contact us.

• Scanner
• Other inspection equipment and devices

The portable PAUT/TFM device has evolved into a powerful, fully integrated system that brings together all the insights Eddyfi has cultivated so far. 【Key Features】 - Complete implementation of inspections compliant with various standards, thanks to industry-leading PAUT and TOFD capabilities. - Rapid result delivery achieved with TFM data acquisition speeds among the fastest in the portable category. - Experience a more intuitive and productive workflow with automatic probe recognition, smart setup guides, and guided data acquisition. - Maintain focus in any environment with a robust IP65 certified housing and a large 12.1-inch touchscreen optimized for outdoor use. - Real-time collaboration enabled through remote diagnostics, cloud backup, and seamless integration with Eddyfi's probes, scanners, and software. - Consistently deliver scalable power from traditional welding inspections to high-speed, high-efficiency automated workflows.

• Other inspection equipment and devices
• Image Processing Equipment
• Flaw detection testing

The portable PAUT-TFM device has evolved into a powerful fully integrated system, bringing together all the knowledge Eddyfi has cultivated so far. 【Key Features】 - Complete inspections compliant with various standards, thanks to industry-leading PAUT and TOFD capabilities. - Rapid result delivery achieved with TFM data acquisition speeds among the fastest in the portable category. - Experience a more intuitive and productive workflow with automatic probe recognition, smart setup guides, and guided data acquisition. - Maintain focus in any environment with a robust IP65 certified housing and a large 12.1-inch touchscreen optimized for outdoor use. - Real-time collaboration enabled through remote diagnostics, cloud backup, and seamless integration with Eddyfi's probes, scanners, and software. - Consistently deliver results with scalable power, from traditional welding inspections to high-speed, high-efficiency automated workflows.

• Other inspection equipment and devices
• Image Processing Equipment
• Flaw detection testing

Non-destructive testing (NDT) of critical components is an essential technology for health and safety management in industries such as power generation, including nuclear, oil and gas, and aerospace. With world-class engineering, rapid production capabilities, and advanced inspection technology as our background, we provide our customers with advanced electromagnetic application inspection hardware and software that offer the highest performance and reliability, which are indispensable to their businesses.

• Flaw detection testing

Eddyfi Technologies' Panther2 is based on the presence of a compact phased array ultrasonic testing device that combines unparalleled speed and performance. Designed as a product for industrial inspection integrators and research and development departments in quality control and manufacturing technology, the Panther2 is a reliable solution for achieving flexible and scalable non-destructive testing applications. **Features** - Maintains high productivity without sacrificing detection performance - Very high data acquisition cycle - Standard support for SDK for automatic inspection systems, making integration easy - Units that can be linked with PAUT and TFM - Advanced PAUT functionality included as standard - Supports multi-channel probes with up to 256 channels - Real-time acquisition of elementary A-scan - Built-in CIVA simulator

• Flaw detection testing

Eddyfi Technologies is committed to revolutionizing non-destructive testing (NDT) across various industries, including aerospace, oil and gas, mining, and power generation. We provide comprehensive phased array ultrasonic testing (PAUT) solutions tailored to the precise needs of applications, with a focus on ensuring the safety of critical equipment. Our cutting-edge equipment, software, scanners, crawlers, and advanced probes deliver dynamic inspection solutions. Our phased array ultrasonic transducers are designed with detailed probe design parameters in mind, aiming to further enhance non-destructive testing methods and address individual inspection requirements in various product inspections and equipment maintenance.

• Other measurement, recording and measuring instruments

For the past 10 years, the Magnifi software, which is a market leader with innovative and advanced features, has continued to empower non-destructive inspectors around the world. • Ready to use on-site A well-organized, easy setup workflow • High precision Automatically detects and marks signals for defects, tube sheets, and supports • Enjoy excellent data quality Verification and automatic screening of full-length tube inspection data • Quickly grasp critical indications Streamlined grouping of indications and tube classification features • Reduce the risk of missing defects An AI-based detection module that finds more indications An AI tool developed as an assist feature, ensuring analyst involvement and complete control

• Flaw detection testing
• Image Processing Equipment
• Defect Inspection Equipment

Ectane has over 1,000 delivery records spanning more than 10 years. The third-generation unit supports the tenth technology, Remote Field Array (RFA) technology, enabling advanced inspection of heat exchanger tubes. Unmatched Power and Flexibility Ectane is the world standard in electromagnetic application inspection of tubes and surfaces. This equipment offers a wide frequency range from 5 Hz to 10 MHz, 8 channel inputs, and up to 32 time slots, accommodating a broad range of applications. The modular design of Ectane 3 comes in 11 models, selectable to meet inspection needs, and is available in three different array configurations: 64 elements, 128 elements, and 256 elements, supporting 10 different inspection techniques. Wide Range of Applications Performs 10 types of inspection techniques: ECT, ECA, TECA, NFT, NFA, RFT, RFA, MFL, MFLA, IRIS. RFA, the Emergence of Advanced Inspection Technology The Remote Field Array (RFA) using a patent-pending low-frequency multiplexer is an inspection technology that only Ectane 3 can provide. It delivers high-resolution C-scan imaging for carbon steel tube heat exchanger inspections.

• Defect Inspection Equipment
• Image Processing Equipment
• Flaw detection testing

The Gekko is designed with robust and compact housing, incorporating all basic functions and advanced UT capabilities for on-site use. It comes standard with all beam-forming phased array UT technologies and encoders (3-axis) for conventional UT, TOFD, single beam, and multi-group inspections, enabling it to handle challenging inspections. The Gekko also supports real-time TFM/FMC (Full Matrix Capture). The bumpers and connectors are designed with durability and accessory versatility in mind. The touch panel can be used under harsh outdoor conditions. It is equipped with two hot-swappable batteries, allowing for up to 6 hours of operation. It can connect up to 128 channels of probes, providing excellent signal and TFM resolution, enhancing detection performance and reliability. It achieves fast scan speeds and productivity. With connection methods such as USB 3.0 and Gigabit Ethernet output, data transfer speeds are accelerated, allowing for remote control of inspections even in difficult situations. Additionally, it features a 256GB SSD, enabling unlimited data file sizes, making the operator's work more comfortable and reducing on-site working time.

• Flaw detection testing
• Other inspection equipment and devices
• Image Processing Equipment

It is a modern, robust, portable, and high-performance multi-technology device. It provides intuitive C-Scan imaging through a user-friendly interface. Intuitive Real-Time C-SCAN Imaging High-quality C scans convey rich information. Thanks to Reddy's on-the-fly 2D imaging, signal analysis has become more intuitive. Powerful Eddy Current Array Technology Reddy's state-of-the-art electronic devices provide up to 128 SmartMUX channels, enabling high-resolution single-pass scans that cover a wider range. Surface eddy current array inspections using Reddy have a high probability of detecting flaws and significantly speed up the inspection process. Powerful Leakage Flux Inspection Technology With all the advantages of array technology, such as wide range, high POD, and visually intuitive data display, the device enables rapid backside corrosion inspection of magnetic materials.

• Defect Inspection Equipment
• Image Processing Equipment
• Flaw detection testing

Teletest's latest system, which commercially developed Guided Wave Testing (GWT), features a large high-quality touchscreen, ultra-fast electronic devices for rapid data acquisition, and on-the-spot data analysis capabilities for accurate reporting. Sonyks has reinvented guided wave technology, simplifying inspection techniques and providing solutions that are more suited to various environments. Sonyks offers unprecedented capabilities to inspect a wider range of piping applications, including inter-flange piping, in the most cost- and time-efficient manner. Benefits: - Improved SNR for longer inspection runs - Easier data interpretation and more user-friendly technology - Compatibility with transducer rings from other manufacturers - Collection of all raw data in a single scan for accurate results - Streamlined workflow, enhancing efficiency and inspection capabilities - Transducer options suitable for pipes ranging from 1.5 inches to 72 inches - Internal compressor for color expansion

• Defect Inspection Equipment
• Flaw detection testing

Mantis is based on a 16:64PR channel configuration with three different models, accommodating both general and advanced applications without compromising productivity. Latest Technology ■ The 16:64PR channel configuration and two UT channels comply with international standards. ■ Compatible with existing phased array probes (linear, dual linear, and dual matrix array) or scanners (up to three encoder axes). ■ Focal law calculation capabilities (sector, linear, compound). ■ Up to eight group configurations. ■ Maximum repetition pulse frequency of 20kHz, fast inspection speed. ■ Real-time FMC/TFM using up to 64 elements for inspection tasks compliant with standards. *For more details, please request materials or view the PDF data from the download.

• Image Processing Equipment
• Other inspection equipment and devices
• Flaw detection testing

ACFM technology has received a solid reputation over its 30-year history for its ability to accurately detect surface open defects and assess their depth over paints and coatings. The pioneering Amigo2 ACFM device has been highly rated for its robustness, reliability, and ease of use. The time has come to evolve to improve the speed, signal quality, and portability required on-site. Introducing Amigo2. Amigo2 primarily focuses on detecting surface open defects on various metal components over paints and coatings and assessing their depth. Examples of inspection applications include: • Weld inspection: measuring defects in ferromagnetic steel, non-ferromagnetic steel, and defects up to 25mm deep • Inspection under high-temperature surface conditions • Inspection beneath thick coatings • Inspection of screw threads

• Other inspection equipment and devices
• Image Processing Equipment
• Flaw detection testing

EMERALD is designed based on inspection technologies such as industry-leading phased array ultrasonic testing (PAUT), total focusing method (TFM) imaging performance, and TOFD, delivering fast and intelligent inspection results. It features exceptional signal quality and achieves high signal amplification without distortion. By combining onboard (and offline-supported) real-time multi-TFM processing with full matrix capture (FMC) and plane wave imaging (PWI) data recording capabilities, you can experience unprecedented rapid and precise inspection results. "Features" • Full matrix capture (FMC) with up to 128 elements • Real-time high-speed multi-TFM achieved through onboard processing • PAUT inspection compliant with standards utilizing 64 channels • Processing of PA channels using parallel firing • TOFD inspection • Multi-channel, continuous (scan), FMC data recording capabilities • High analog signal amplification dynamic range

• Other inspection equipment and devices
• Image Processing Equipment
• Flaw detection testing

The ElbowFlex scanner is a tool suitable for high-speed manual ultrasonic testing of pipe elbow sections. It can be used to detect various types of defects such as corrosion, pitting, and lamination within the base material, as well as to measure remaining wall thickness.

• Flaw detection testing
• Other inspection equipment and devices
• Defect Inspection Equipment

All ZETEC-manufactured phased array UT and conventional UT devices are compatible, allowing for the control of these devices and the integration of settings and collected data across their UT data acquisition platforms. This provides a complete package for managing the entire inspection process using these systems, including phased array UT & FMC/TFM inspections. Managing the inspection process with powerful 3D environment support: - Generation and reading of 3D CAD files - Usable for complex structures, 3D ray tracing and acoustic beam simulation - Scanner simulation - 3D data plotting capabilities to CAD files - 3D drawing and analysis tools Advanced features & tools: - DGS tool - Shape echo removal - Frequency filter tool - Automatic analysis function (rule-based) - Data comparison function (differential)

• Flaw detection testing
• Other inspection equipment and devices
• Defect Inspection Equipment

The NDT Sweeper is a highly versatile manual 2D encoded scanner that is ideal for quickly performing ultrasonic flaw detection tests. This scanner is designed to be applicable to both flat and curved surfaces, making it practically possible to use it as a substitute for various types of dedicated XY scanners. It is suitable for a wide range of inspection applications, such as mapping weld joints along the longitudinal direction and material corrosion. Thanks to its compact design, lightweight, and ergonomic shape, data collection in inspection locations where the installation of robust equipment like automatic UT scanners is difficult can be easily carried out. Unlike conventional wheel probes, it follows the scanning in both XY axes, eliminating the need to draw scanning (index) lines on the test specimen surface.

• Other inspection equipment and devices
• Flaw detection testing

We are pleased to announce the TOPAZ64, a 64-channel portable phased array ultrasonic testing device that consolidates the required capabilities into a single unit, achieving more accurate and rapid inspections. It possesses the power to simultaneously excite 64 elements (aperture) in phased array UT applications, along with cutting-edge features represented by Full Matrix Capture (FMC) and Total Focusing Method (TFM). The TOPAZ64 offers a smart approach to challenging inspections utilizing the latest technologies as introduced below. 【Features】 • Inspections compliant with 64/128PR phased array ultrasonic testing methods • High-resolution Full Matrix Capture (FMC) • Total Focusing Method with up to 1 million data points per frame • Time of Flight Diffraction (TOFD) inspection *For more details, please request materials or view the PDF data from the download section.*

• Other inspection equipment and devices
• Image Processing Equipment
• Flaw detection testing

Introducing the MIZ-21C, the most advanced handheld tester equipped with the capability to use surface inspection array probes. Offered at a low price, the MIZ-21C can be easily applied to various applications in aerospace, oil and gas, manufacturing, and power-related industries. Its ergonomic design, long-lasting battery, and intuitive touchscreen help facilitate quick inspections over a wider range without causing stress. The MIZ-21C supports a wide selection of probes and scanners, with three models available to meet your inspection requirements and budget.

• Defect Inspection Equipment
• Other inspection equipment and devices
• Flaw detection testing

■Response to Difficult Inspection Requirements Zetec's DYNARAY series offers the highest level of performance required for phased array ultrasonic technology. Providing unparalleled power and versatility, DYNARAY is ideal for challenging inspection requirements such as 2D matrix array probes, long-range propagation applications, low-frequency probes, and complex shapes.

• Defect Inspection Equipment
• Flaw detection testing

Since the release of TOPAZ, it has incorporated many new elements that are required for portable phased array ultrasound devices. The evolved TOPAZ 32 is considered a valuable investment in terms of asset productivity. With its enhanced high-speed processing capabilities, TOPAZ 32 enables the handling of even larger volumes of data than before. It supports rapid analysis and new specialized analysis tools, as well as the 2D dual matrix array probe.

• Defect Inspection Equipment
• Flaw detection testing

The "TOPAZ16" is a cost-effective portable device equipped with class-leading features in a compact housing. It comes standard with UltraVision Touch software, allowing users to leverage many useful functions through a single software platform common to all ultrasonic testing devices. 【Features】 ■ Flexible, class-leading operating temperature range ■ Multiple probe connections and multi-group settings ■ 10.4-inch high-resolution multi-touch display ■ Excellent cost performance ■ Suitable for various operating environments *For more details, please request documentation or view the PDF data available for download.

• Defect Inspection Equipment
• Flaw detection testing