Non-destructive analysis and non-destructive testing (lock-in thermography, ultrasonic testing)
We select the optimal non-destructive analysis from lock-in infrared thermal analysis, 3D X-ray tomography, ultrasonic testing (SAT), etc., and narrow down the abnormal areas.
In non-destructive analysis, we understand the failure occurrence situation and infer the failure mechanism from visual observation and electrical characteristics. Lock-in infrared thermal analysis When precise location identification is difficult in a non-destructive manner, focusing on heat generation and comparing it with good products is effective. - There are multiple components related to abnormal phenomena, such as mounted circuit boards. - It is unclear whether the short circuit is inside a component or externally at a solder joint. [Examples] - Chip capacitors - Power ICs - Printed circuit boards Ultrasonic flaw detection (SAT) While it is known that delamination inside ICs can be observed, it is also suitable for checking the condition of items composed of multiple materials. [Examples] - Bonding areas of cosmetic panels - Junctions of aluminum heat sinks - Interiors of die-cast products *For more details, please refer to the PDF document or feel free to contact us.
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【Support Overview】 ■Detailed Analysis ■Cause Estimation ■Reproduction Verification ■Occurrence Prediction ■Fundamental Countermeasures ■Others (Prevention of Recurrence, Horizontal Deployment, etc.) *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Download All Catalogs![[Good Product Analysis Case] Non-destructive Testing Using Ultrasonic Testing Equipment](https://image.mono.ipros.com/public/catalog/image/01/121/610002/IPROS19076230054490274107.jpeg?w=120&h=170)
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Eurofins FQL Co., Ltd. has its origins in the analysis division of Fujitsu Laboratories Ltd. and the quality assurance department of Fujitsu Ltd. It has long engaged in activities aimed at improving product quality, not only in material analysis, reliability evaluation, safety assessment, and failure analysis, but also in supplier quality management and manufacturing plant audits. Additionally, it contributes to solving challenges faced by organizations responsible for quality through the development and educational support of personnel involved in quality, as well as the construction and improvement of quality management, product chemical substance management systems, and software development processes. ■ Reliability Evaluation and Environmental Testing Various reliability evaluations, safety verification of secondary batteries and power supplies, etc., including smoke and fire hazards. Evaluation of special environments such as weather resistance and gas corrosion. ■ Failure Analysis Failure analysis of electronic components and devices, confirmation of characteristics related to materials, and detailed analysis of defects. ■ Support for Building and Improving Quality-Related Systems and Processes To achieve QCD (Quality, Cost, Delivery) goals, we support the improvement of development processes using models such as CMMI and Automotive SPICE. ■ Quality-Related Education Customized educational programs tailored to specific challenges, such as "I want to revitalize the organization," "I want to cultivate a quality mindset," and "I want to provide quality education for new employees."
