主要特点
Tribology Synchronized Inline 3D Surface Measurement
The in-line integrated 3D profilometer captures surface topography with nanometer resolution between test cycles. The Lambda imaging head combines white light interferometry, confocal microscopy, dark field, and bright field imaging on a single profiler head — measuring transparent, rough, smooth, and steeply sloped surfaces with ease.
Multi-Range Load Capability: Nano, Micro & Macro
The MFT-5000 offers an exceptionally wide load range from nano to macro scales using interchangeable load cells. Automatic load cell detection and fast exchange allow users to switch quickly between ranges, enabling precise and reliable tribology testing for everything from delicate coatings to robust engineering materials and lubricants.
Environmental Chambers
The MFT-5000 supports tribology testing from −120°C to 1'200°C using modular environmental chambers. Available configurations include high-temperature, cryogenic, humidity, corrosion, salt spray, hydrogen charging, inert gas, and SRV chamber setups — enabling real-world condition simulation for automotive, aerospace, and energy applications.
Interchangeable Modular Drives for Flexible Test Configurations
The MFT-5000 features a highly adaptable modular drive system for rapid configuration across diverse tribology tests. Each module mounts directly onto the precision platform and integrates seamlessly with the upper load frame, enabling realistic application simulations. Its flexible design allows the system to evolve with changing and demanding testing requirements.
From Lubricants, Coatings to Surfaces: Tribology Testing for Any Material
The MFT-5000 is designed for tribology studies across a wide range of materials—from liquids such as lubricants, biofluids, and water to solids including metals, ceramics, hard coatings, and ultra-hard materials such as diamond. As a result, it supports both fundamental research and industrial development across diverse material systems.
Multi-Axis Load Cell Technology for Precise Force Measurement - Piezo, Capacitive
Patented capacitive and piezo load cells deliver high stability and resolution across the full load range. Sensor configurations support force measurement in 1, 2, or 6 axes. Dynamic torque sensors measure in-line torque during rotating tests, enabling accurate characterization of complex tribological interactions.
更多相关信息
多功能摩擦试验机是一种先进的仪器，旨在评估各种材料的摩擦、磨损和润滑性能。值得注意的是，多功能摩擦试验机的配置对于现代摩擦学实验室至关重要。
专利在线三维光学轮廓仪
磨损体积、粗糙度变化、裂纹萌生和磨屑堆积——所有这些均在测试运行过程中自动跟踪。此外，专利Lambda探头在单个传感器上集成了四种光学技术，因此无需更换镜头即可测量透明薄膜、粗糙金属和陡坡表面。由此，您可获得表面演变与摩擦的时间同步记录。另外，Sigma探头还提供了专用的白光干涉测量选项。
电动汽车摩擦学和电化学阻抗
MFT‑5000 集成了恒电位仪或交/直流电源，可在摩擦学测试过程中提供从微安级到数安培的电流。此外，电化学阻抗测量能够识别润滑状态边界以及随条件从欧姆性向容性转变时的电接触行为。因此，这一能力对于电动汽车润滑剂、轴承和传动系统部件的性能验证至关重要。在这一应用领域中，多功能摩擦试验机解决方案被证明是不可或缺的。
模块化驱动系统
MFT-5000 的精密 XY 工作台上可安装多种可互换驱动装置，并具备自动识别功能。以下列举了其中几种常见类型。当然，多功能摩擦磨损试验机的模块化设计确保了其与众多行业标准的兼容性。
- 旋转驱动：0.001–10,000 RPM — 销盘式，符合 ASTM G99
- 线性往复驱动：最高频率 80 Hz —— 适用 ASTM G133 及 HFRR 标准。
- 微动音圈驱动：行程 10 µm 至 2.8 mm，最高频率 300 Hz。
- 牵引驱动：0–200 N / 3,000 N，±6 m/s — 弹流润滑（EHD）油膜厚度测量
- 环块驱动：Timken（蒂姆肯）试验，OK 载荷，符合 ASTM G77 标准。
- 上旋转驱动：四球极压与磨损试验，推力垫圈，KRL 试验，符合 ASTM D2266 及 D2596 标准。
无与伦比的测力传感器技术——电容式与压电式
MFT‑5000 配备了一系列获得专利且可快速更换的测力传感器，其载荷范围从纳牛顿级延伸至 10,000 N，可在所有测试量程内提供卓越的稳定性与分辨率。同时，这些传感器提供单轴、双轴及六轴力测量等多种配置选项，以适应多样化的实验需求。无论是在实验室研究还是工业开发中，多功能摩擦磨损试验机的设计都为性能与可靠性设立了新的基准。
关键传感器技术包括：
电容式测力传感器：采用刚性设计，提供最高分辨率，以实现最大精度。
动态扭矩传感器：专为在旋转运动中进行精确的在线扭矩测量而设计。
压电式测力传感器：提供最高分辨率，同时具备高频响应能力。
| Load Range | nN to 10'000 N |
|---|---|
| Temperature Range | -120°C to 1'200°C |
| Humidity Control | 5% – 95% RH |
| Available Modules | Rotary (0.001–10'000 rpm); Linear Reciprocating (up to 80 Hz); Block on Ring; Mini Traction; Fretting |
| Integrated Sensors | Capacitive, piezo, strain gauge load cells; acoustic emission; electrical contact resistance |
| Integrated Profilometer | In-line 3D optical profilometer (Confocal, Interferometer, Dark Field, Bright Field) |
| XY Stage | Long-stroke, closed-loop XY stage for custom motions and stitching |
