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Views: 0 Author: Site Editor Publish Time: 2025-02-10 Origin: Site
In the field of nondestructive testing technology, ultrasonic flaw detectors, as efficient and reliable testing equipment, are widely used in various industrial fields. 一、Technical Parameters and Performance Characteristics Hardware PerformanceBoth flaw detectors feature a portable design, with a lightweight body that enables one - handed operation, greatly improving the convenience of on - site detection. In terms of power management, both support the PD65W fast - charging technology, and the battery life can reach up to 12 hours, meeting the needs of long - term continuous operation. In terms of the display system, both are equipped with a 5.0 - inch IPS high - definition display and are equipped with a brand - new UI interface. They also support full - screen touch, quick - gesture operation, and virtual keyboard input, greatly optimizing the user interaction experience. Flaw Detection Performance In terms of flaw detection functions, both integrate professional flaw detection functions such as DAC (Distance - Amplitude Correction), AVG (Equivalent Calculation), automatic gain control, peak memory, color half - span, and B - scan imaging. These functions are based on the propagation characteristics of ultrasonic waves in different media. By analyzing the reflected waves, precise detection of internal defects in workpieces can be achieved. However, the iFlaw - 100 is superior in key performance indicators. Its maximum repetitive emission frequency is as high as 10000Hz. Compared with the iFlaw - 80, it can scan and detect workpieces more quickly, improving detection efficiency. iFlaw - 80 It is suitable for  scenarios such as conventional mechanical manufacturing, general steel structure detection, and ordinary concrete structure flaw detection. In these fields, the requirements for detection accuracy and speed are relatively basic. The iFlaw - 80 can meet most conventional detection needs and has certain advantages in cost control. For small and medium - sized enterprises with limited budgets, it is a highly cost - effective choice.iFlaw - 100 Due to its excellent performance,  it is widely used in industries with extremely high requirements for detection accuracy and reliability, such as aerospace, nuclear power, and offshore oil and other key fields. In the aerospace field, for the flaw detection of key components of aircraft and spacecraft, the equipment is required to be able to detect extremely small defects. The high - sensitivity and high - resolution imaging functions of the iFlaw - 100 enable it to accurately locate and evaluate these fine defects, ensuring the safety and reliability of aerospace components. In the nuclear power field, facing complex working conditions and strict safety standards, the stable performance and anti - interference ability of the iFlaw - 100 make it an important detection tool to ensure the safe operation of nuclear power equipment.三、Comprehensive Evaluation and Selection Suggestions The iFlaw - 80 and iFlaw - 100 ultrasonic flaw detectors have their own advantages and disadvantages in different application scenarios.  The iFlaw - 80, with its high cost - performance ratio and basic flaw detection functions, is suitable for conventional detection tasks;  while the iFlaw - 100, with its excellent performance and wide industry adaptability, has become the preferred equipment for high - end and complex detection tasks. In the actual selection process, users should comprehensively consider the performance, price, and applicability of the equipment based on their own detection needs, budgets, and industry standards, and make the most reasonable decision. |
The iFlaw - 80 and iFlaw - 100 ultrasonic flaw detectors have occupied a certain share in the market with their respective technical characteristics and performance advantages. The following will conduct an in - depth comparative analysis of these two products from multiple dimensions.
At the same time, the iFlaw - 100 has a more compact structural design. While ensuring stability, it further enhances the equipment's anti - interference ability, ensuring that stable and accurate detection waveforms can be obtained even in complex electromagnetic environments.
