Multi-Function Tribometers
MFT-1000 Accessible Tribology, Reliable Performance
The MFT-1000 is a compact, cost-effective tribometer designed for reliable and straightforward friction and wear testing. As the most accessible system in the MFT product range, it offers essential tribological capabilities in a simple, user-friendly platform. Its compact benchtop design makes it ideal for laboratories where space, ease of use, and efficiency are important.
Equipped with both linear and rotary test modes, the MFT-1000 provides flexibility for a wide variety of tribological studies. With a load capacity of up to 100 N, it is well suited for routine material screening, comparative studies, quality control, and educational laboratories seeking dependable and repeatable tribology measurements.
KEY FEATURES
Modular Drive System
The MFT-1000 features a modular lower drive. It supports both rotary motion up to 2500 rpm and reciprocating motion up to 15 Hz. This flexible architecture allows users to quickly adapt the system to different tribological tests. As a result, it enables efficient evaluation of friction, wear, and material behavior under various motion conditions.
Capacitive Force Sensor with Wide Load Range
Our tribometer uses a patented capacitive force sensor (Patent 10132733 B2). It provides superior sensitivity and thermal stability compared to differential systems using two sensors. The system also includes interchangeable load cells ranging from 1 mN to 100 N. This combination enables accurate low-force measurements as well as higher-load experiments. As a result, it ensures flexibility for diverse materials, coatings, and lubrication studies.
Wide Temperature Capability
Compatible with temperature chambers ranging from –20 °C up to 500 °C, the MFT-1000 enables tribological testing under realistic thermal conditions. This capability allows researchers to study material performance, lubrication behavior, and wear mechanisms across a broad range of operating environments commonly encountered in industrial applications.
Automated Z-Axis Force Control
The automated Z-axis loading system applies force with closed-loop feedback from the top actuator, ensuring accurate and stable load control. Users can easily program constant, incremental, or progressive load profiles directly through the software, enabling advanced test sequences and highly repeatable tribological measurements.
Simple and User-Friendly Software
An intuitive and streamlined open software interface allows users to quickly configure tests, monitor measurements, and analyze results. Designed for efficiency and ease of use, the software reduces setup time while ensuring reliable data acquisition, making the MFT-1000 ideal for routine laboratory testing and teaching environments.
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If you are looking for an innovative solution, a compact tribometer for friction and wear testing offers precise and efficient results for various materials and applications. In particular, the compact tribometer for friction and wear testing is designed to meet diverse industry needs.
Fully Automated Load Control vs. Dead Load Systems
Unlike traditional dead load tribometers, the MFT-1000 features fully automated load control. It eliminates static weights and manual adjustments entirely. The motorized Z-axis precisely applies and regulates force using closed-loop feedback. Users can therefore program constant, incremental, or progressive load profiles directly through the software. No manual intervention is required once the test begins, making the compact tribometer for friction and wear testing highly efficient.
As a result, the system provides greater precision, repeatability, and experimental flexibility. Automated load control eliminates variability introduced by manual weight placement. Furthermore, it ensures each test runs under exactly the specified conditions — critical for reliable comparative studies and material screening. It also enables advanced test protocols such as ramp loading and multi-stage sequences. These dynamic loading conditions simply cannot be achieved with conventional dead-weight tribometers.
High-Performance Tribology Without the High Cost
The MFT-1000 redefines what laboratories can expect from a cost-effective tribometer. Many entry-level systems rely on simplified mechanics or outdated dead-load concepts. The MFT-1000, however, delivers fully automated force control and modern drive systems. It also includes precise measurement capabilities in a compact, affordable platform that functions as a compact tribometer for friction and wear testing.
The system is designed to make high-quality tribology accessible. It supports both linear and rotary testing modes. Furthermore, it offers programmable constant, incremental, or progressive load profiles up to 100 N. This level of control allows researchers and engineers to perform reliable friction and wear studies. As a result, they benefit from flexibility typically reserved for far more expensive instruments. Therefore, for those seeking a compact tribometer for friction and wear testing, the MFT-1000 is an excellent choice.
Its modular architecture and intuitive software make it easy to use. Additionally, its compact benchtop design makes it ideal for routine testing and material screening. It is therefore well suited for academic research and teaching laboratories.
The MFT-1000 combines precision, automation, and affordability. Consequently, it offers laboratories a smarter alternative to traditional tribometers. It delivers professional-grade performance without the complexity or cost of large research systems.
| Load Range | 0.1 N – 100 N |
|---|---|
| Rotary Speed | 0.1 – 2500 rpm |
| Reciprocating Frequency | 0.1 – 15 Hz |
| Temperature Range | -20 °C to 500 °C (optional chamber) |
| Integrated Sensors | Friction, wear depth, electrical contact resistance |
