List of Flaw detection testing products
- classification：Flaw detection testing
1～45 item / All 427 items
Reliable performance delivered precisely because we are a specialized manufacturer of ultrasonic probes.
- Flaw detection testing
- Testing Equipment and Devices
Immediate flaw detection without applying anything.
- Flaw detection testing
- Testing Equipment and Devices
Peek from the inside! Using an insertion-type probe
- Flaw detection testing
- Testing Equipment and Devices
Small in size, maximum capability. Ultra-compact probe, ultra-thin probe.
- Flaw detection testing
- Testing Equipment and Devices
For inspecting surface-near defects, detecting defects at desired depths, inspecting damping materials, and measuring the thickness of internally corroded tanks and pipes, etc.
- Flaw detection testing
- Testing Equipment and Devices
Thin plates can also be inspected. KGK's probes expand the possibilities of the TOFD method.
- Flaw detection testing
- Testing Equipment and Devices
The wedges for probes are manufactured under the trusted expertise of specialized probe manufacturers.
- Flaw detection testing
With a immersed probes, ultrasonic automatic testing and semi-automatic testing devices can stably direct ultrasonic beams at the test piece for flaw detection without contact.
- Flaw detection testing
- Testing Equipment and Devices
A wide range of options from ultra-small probes and ultra-thin probes to direct contact and probes with Delay line.
- Flaw detection testing
- Testing Equipment and Devices
Ultrasonic testing of defects extending in the plate thickness direction: inspection of welds, fatigue crack detection, and estimation of surface properties
- Flaw detection testing
- Testing Equipment and Devices
[Information] Introduction of the probe
- Flaw detection testing
- Testing Equipment and Devices
Revolutionizing inspections with probes crafted by skilled artisans. for ultrasonic testing, sound velocity measurement, and material property estimation
- Flaw detection testing
- Testing Equipment and Devices
Customized production based on customer requests. Ultrasonic Array probe.
- Flaw detection testing
- Testing Equipment and Devices
Nanovia, a manufacturer of surface inspection machines and mechanical property analysis equipment.
- Flaw detection testing
- Optical microscope
Nanovia, a manufacturer of surface inspection machines and mechanical property analysis equipment.
- Flaw detection testing
- Optical microscope
Nanovia, a manufacturer of surface inspection machines and mechanical property analysis equipment.
- Flaw detection testing
- Optical microscope
Diagnosing corrosion in energy infrastructure using surface inspection technology.
- Flaw detection testing
- Optical microscope
Nanovia Corporation, manufacturer of surface inspection machines and mechanical property analysis equipment.
- Flaw detection testing
- Optical microscope
Nanovia, a manufacturer of surface inspection machines and mechanical property analysis equipment.
- Flaw detection testing
- Optical microscope
For quality control of cosmetic containers. Surface inspection technology documentation from Nanobia.
- Flaw detection testing
- Optical microscope
Reducing the risk of foreign matter contamination in food. Nanovia's surface inspection technology.
- Flaw detection testing
- Optical microscope
Nanovia, a manufacturer of surface inspection machines and mechanical property analysis equipment.
- Flaw detection testing
- Optical microscope
Solving the challenges of surface inspection in implementation evaluation.
- Flaw detection testing
- Optical microscope
Nanovia, a manufacturer of surface inspection machines and mechanical property analysis equipment.
- Flaw detection testing
- Optical microscope
Support for foreign object detection in semiconductor manufacturing.
- Flaw detection testing
- Optical microscope
Nanovia, a manufacturer of surface inspection machines and mechanical property analysis equipment.
- Flaw detection testing
- Optical microscope
This is a PDF document on the mechanical properties of silicon carbide wafers and metal coating agents. Please download it for more details.
- Flaw detection testing
This is a PDF document on the various properties of polycarbonate lenses. Please download it for more details.
- Flaw detection testing
- Optical microscope
- Other inspection equipment and devices
This is a PDF document on "Evaluation of Scratch Resistance of Multilayer Thin Films." Please download it for more details.
- Flaw detection testing
This is a PDF document on the micro-scratch test for silicon wafer coating agents. Please download it for details.
- Flaw detection testing
This is a PDF document on the friction evaluation of self-cleaning glass coatings. Please download it for more details.
- Flaw detection testing
This is a PDF document titled "Evaluation of Brake Pads." Please download it for details.
- Flaw detection testing
This is a PDF document on the "1000℃ Brinell hardness test." Please download it for more details.
- Flaw detection testing
This is a PDF document on "Evaluation of Coating Damage and Wear Resistance." Please download it for details.
- Flaw detection testing
This is a PDF document of the "Arc Reversal Wear Test at High Temperatures." Please download it for more details.
- Flaw detection testing
Unlock… Everything. We provide industry-leading performance through an intuitively usable interface.
- Other inspection equipment and devices
- Image Processing Equipment
- Flaw detection testing
Acoustic Leak Detector AquaScope 3
- Flaw detection testing
- Defect Inspection Equipment
- Other environmental analysis equipment
Easily detects invisible fine surface defects, cracks, and pinholes in all materials!
- Flaw detection testing
32-channel multifunction phased array ultrasonic testing device with a multi-touch screen.
- Defect Inspection Equipment
- Flaw detection testing
Latest handheld tester for eddy current surface inspection supporting array probes.
- Defect Inspection Equipment
- Other inspection equipment and devices
- Flaw detection testing
A completely integrated portable flaw detection device equipped with the power to drive 64 channels and advanced features such as Total Focusing Method (TFM)!
- Other inspection equipment and devices
- Image Processing Equipment
- Flaw detection testing
Application Note: Approach to Inspection of Stainless Steel and Dissimilar Metal Welds Using the Latest Ultrasonic Sensing [PDF Download Available]
Recent advancements in ultrasonic hardware and software have equipped almost all of our phased array ultrasonic testing devices with real-time full matrix capture and total focusing method. These represent a new generation of inspection technologies already defined in ASME and ISO standards. Austenitic stainless steel materials and dissimilar metal welds possess anisotropic coarse grain structures, resulting in specific behaviors of ultrasonic beams as they propagate through the material. This means high attenuation, high particle noise, beam redirection, and distortion; all of these phenomena ultimately lead to very challenging flaw detection conditions for phased array ultrasonic testing (PAUT). With the next generation of flaw detection equipment and high-performance probes offered by Eddyfi Technologies, we overcome challenges associated with inspecting high-difficulty materials such as dissimilar metal welds, including high ultrasonic attenuation, reduced signal-to-noise ratios, and insufficient coverage.
Software that integrates all the functions required for ultrasonic testing, controls data acquisition, displays online information, and provides an offline analysis environment.
- Flaw detection testing
- Other inspection equipment and devices
- Defect Inspection Equipment
Application Note: Effective Inspection Methods for FSW (Friction Stir Welding) in the Aerospace Industry [PDF Download Available]
Friction stir welding is a solid-state joining method widely used in the aerospace industry. In the friction stir welding process, manufacturing parameters such as rotation 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.
Easy manual scanning of straight pipes and elbow sections, flexible scanner for ultrasonic testing.
- Flaw detection testing
- Other inspection equipment and devices
- Defect Inspection Equipment
Application Note: A More Accurate Method for Detecting Corrosion in Pipe Elbows [PDF Download Available]
Pipelines are essential for the operation 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 and can determine the presence of this invisible damage; however, it has been pointed out that there are issues with inspecting pipes along bend sections.
The most powerful TFM imaging performance, fast approaches with real-time multi-TFM and PWI, providing a realistic inspection environment compliant with standards!
- Other inspection equipment and devices
- Image Processing Equipment
- Flaw detection testing
Application Note: Approach to Inspection of Stainless Steel and Dissimilar Metal Welds Using the Latest Ultrasonic Sensing [PDF Download Available]
Recent advancements in ultrasonic hardware and software have equipped almost all of our phased array ultrasonic testing devices with real-time full matrix capture and total focusing method. These represent a new generation of inspection technologies already defined in ASME and ISO standards. Austenitic stainless steel materials and dissimilar metal welds possess anisotropic coarse grain structures, resulting in specific behaviors of ultrasonic beams as they propagate through the material. This means high attenuation, high particle noise, beam redirection, and distortion; all of these phenomena ultimately lead to very challenging flaw detection conditions for phased array ultrasonic testing (PAUT). With the next generation of flaw detection equipment and high-performance probes offered by Eddyfi Technologies, we overcome challenges associated with inspecting high-difficulty materials such as dissimilar metal welds, including high ultrasonic attenuation, reduced signal-to-noise ratios, and insufficient coverage.