【中文介绍】
XX系列多功能耐磨测试设备是一款专为材料表面耐久性评估设计的精密仪器，广泛应用于消费电子、汽车制造、包装工业等领域的品质控制环节。该设备采用模块化设计理念，可实现酒精摩擦测试、橡皮擦耐磨试验及常规往复摩擦检测等多种实验模式的自由切换，满足不同行业对材料表面抗磨损性能的多元化检测需求。
设备主体采用高刚性合金框架结构，配合精密直线导轨系统，确保测试过程中摩擦组件运行的平稳性与轨迹一致性。核心控制单元搭载智能化操作系统，配备7英寸触摸屏界面，支持摩擦速度、测试次数及压力负荷等参数的数字化设定，实验数据可通过USB端口直接导出，便于后续分析处理。测试台面采用可调节式夹具系统，可兼容多种异形试件，最大支持300mm×200mm的样品尺寸，配备气动压紧装置确保测试过程中试件固定无位移。
在功能配置方面，设备标配三种可替换摩擦头模块：医用脱脂棉球自动浸润装置适用于模拟酒精擦拭场景，标准橡皮擦模块满足印刷品耐磨检测要求，另有第三方摩擦介质扩展接口可供用户自定义测试条件。循环计数装置采用光电传感技术，具备异常中断自动报警功能，测试次数设定范围达1-999,999次，精度误差控制在±0.5%以内。特别设计的温控补偿系统能有效维持测试环境稳定，确保实验数据的可重复性与横向可比性。
【English Introduction】
The XX Series Multi-functional Abrasion Tester is a precision instrument specifically designed for evaluating surface durability of materials, widely applied in quality control processes across consumer electronics, automotive manufacturing, packaging industries and other sectors. Featuring modular design architecture, this equipment enables seamless switching between alcohol resistance testing, eraser abrasion evaluation, and standard reciprocating friction detection, catering to diverse material wear resistance assessment requirements.
Constructed with high-strength alloy framework and precision linear guide systems, the equipment guarantees smooth operation and consistent friction trajectory during testing procedures. The core control unit integrates an intelligent operating system with 7-inch touchscreen interface, allowing digital configuration of critical parameters including friction velocity, test cycles, and pressure load. Experimental data can be directly exported via USB port for post-analysis. The adjustable clamping system accommodates various specimen geometries, supporting sample dimensions up to 300mm×200mm, complemented by pneumatic compression devices to ensure specimen stability.
Standard configurations include three interchangeable friction modules: an automatic medical cotton ball saturator for simulating alcohol wiping scenarios, a certified eraser module for printed material evaluation, and expandable interfaces for user-defined friction media. The cycle counting mechanism employs photoelectric sensing technology with automatic error alert function, offering test cycle range from 1 to 999,999 times with ±0.5% accuracy. An innovative temperature compensation system maintains stable testing conditions, ensuring data repeatability and cross-test comparability. Optional accessories include specimen pre-conditioning chambers and real-time surface imaging systems for microscopic wear analysis.
This equipment exemplifies engineering excellence through its combination of robust construction, operational versatility, and measurement precision, serving as a reliable solution for material durability verification across multiple industrial applications. User-centric design elements such as tool-free module replacement and multilingual interface further enhance operational efficiency for global users.
