AD3253B超声波测厚仪产品介绍（中英文）
AD3253B Ultrasonic Thickness Gauge Product Introduction (Chinese & English)
中文版
AD3253B超声波测厚仪是由日本A&D公司研发的高精度便携式测量设备，适用于多种工业场景的材料厚度检测。该设备采用超声波脉冲反射原理，能够快速、无损地测量金属、塑料、陶瓷等均质材料的厚度，满足石油化工、机械制造、航空航天等领域的多样化需求。
技术方面，AD3253B通过优化声波信号处理算法，显著提升了测量稳定性和准确性。其宽量程设计支持从0.8mm至300mm的厚度测量范围，最小显示精度可达0.01mm，尤其适用于薄壁材料或腐蚀损耗监测。设备内置温度补偿功能，可在-10℃至50℃的环境下保持稳定性能，适应复杂工况。
操作设计注重用户友好性，配备高对比度LCD显示屏，支持中英文界面切换。轻量化机身（约280g）与符合人体工学的握持结构，便于单手操作及现场移动检测。内置大容量数据存储模块，可记录多组测量数据，并支持通过USB或蓝牙传输至计算机进行后续分析。设备采用可充电锂电池供电，续航时间长达30小时，满足长时间作业需求。
AD3253B在硬件配置上选用高灵敏度探头，能够穿透表面涂层直接测量基材厚度，减少预处理工序。针对特殊曲面或异形部件，设备提供多点校准功能，确保测量结果可靠性。其抗干扰设计有效抑制工业环境中的电磁噪声，保障数据输出一致性。
English Version
The AD3253B Ultrasonic Thickness Gauge, developed by Japan-based A&D Company, is a high-precision portable measurement device designed for material thickness inspection across various industrial applications. Utilizing ultrasonic pulse reflection technology, it enables rapid, non-destructive thickness measurement of homogeneous materials including metals, plastics, and ceramics, catering to diverse requirements in industries such as petrochemicals, machinery manufacturing, and aerospace.
Technically, the AD3253B enhances measurement stability and accuracy through optimized ultrasonic signal processing algorithms. With a broad measurement range from 0.8mm to 300mm and a resolution of 0.01mm, it excels in thin-wall material inspection and corrosion monitoring. The built-in temperature compensation ensures stable performance within -10℃ to 50℃, adapting to challenging operational environments.
User-centric design features include a high-contrast LCD screen with bilingual (Chinese/English) interface options. The lightweight chassis (approx. 280g) and ergonomic grip facilitate single-handed operation and field mobility. Equipped with substantial data storage capacity, it logs multiple measurement sets and supports data transfer via USB or Bluetooth for computer analysis. Powered by rechargeable lithium batteries, it delivers up to 30 hours of continuous operation.
The device integrates high-sensitivity probes capable of measuring substrate thickness through surface coatings, minimizing preparatory work. For curved or irregular surfaces, multi-point calibration ensures measurement reliability. Its anti-interference design effectively suppresses electromagnetic noise in industrial settings, maintaining consistent data output.
