LMS Technologies Pte Ltd

Rtec Multi-Function Tribometer MFT-2000: Advanced Benchtop Tribology & Surface Analysis in Singapore

The Rtec Instruments MFT-2000 is a technologically advanced, compact benchtop tribometer engineered for essential mechanical, scratch, and tribological characterization. Featuring an open-platform architecture and fully automated test protocols, the MFT-2000 brings high repeatability, precision, and space-saving efficiency to any laboratory setting.

As the authorized distributor for Rtec Instruments in Singapore, LMS Technologies Pte Ltd provides complete technical support, local engineering expertise, and customized testing “recipes” tailored to your specific application protocols.
mft-2000-multi-function-tribometer

Key Functions & Features

  • Patented In-line 3D Profilometer: Delivers sub-nanometer quantification of surface topography—including roughness, volume wear, and crack initiation—directly on the testing platform without unmounting your sample.
  • Active Feedback Loop Control: Utilizes advanced electro-servo drives to maintain flawless control over applied force (constant or linear ramp) and motion speed throughout the testing cycle.
  • Multi-Channel Monitoring: Quantifies real-time surface dynamics by integrating multiple in-line sensors, such as acoustic emission, to pinpoint exact material failure thresholds.
  • Extreme Benchtop Versatility: A high-efficiency, single platform capable of seamlessly executing scratch testing, tribology, wear analysis, mechanical testing, and optical profilometry.
  • Environmental Simulation: Optional modular chambers allow for testing across extreme temperature ranges (-35°C up to 1000°C), varied relative humidity (5% to 95% RH), and complete liquid/lubricant immersion.

Primary Testing Modes

The MFT-2000 platform is engineered to execute a wide variety of fundamental mechanical movements and test types:
  • Rotary Friction: Precision friction measurement during continuous rotational movement.
  • Linear Friction: Accurate assessment of surface interaction during unidirectional linear motion.
  • Fast Reciprocating: High-speed, back-and-forth oscillation testing for wear mechanism simulation.
  • Linear Stage: Constant or dynamically changing speed linear movement.
  • Scratch Testing: Industry-standard quantification of coating adhesion, delamination, and scratch hardness.
  • Indentation: Instrumented testing to measure material hardness and elastic modulus.

Material Properties & Measurements

Leverage the MFT-2000 to precisely characterize critical material and surface properties:
  • Wear Analysis: Detailed calculation of volumetric wear loss and 3D wear track profiling.
  • Friction Coefficient: Real-time determination of static and dynamic COF between contacting surfaces.
  • Adhesion & Mar Resistance: Accurate evaluation of coating-to-substrate bond strength and resistance to surface marring or cosmetic damage.
  • Surface Metrology: Rapid measurement of surface roughness, 3D topography, and film thickness utilizing the integrated optical profilometer.
  • Failure Events: Instantaneous detection of micro-crack initiation points using high-sensitivity acoustic emission sensors.

Specialized Testing Modules

Expand your system capabilities with plug-and-play modules for specialized environmental or physical analysis:
  • Tribo-Corrosion: Investigate the synergistic effects of mechanical wear and electrochemical corrosion simultaneously.
  • Acoustic Emission: Real-time monitoring of high-frequency acoustic signals to catch subsurface material failure as it happens.
  • Electrical Resistance: Continuous measurement of electrical contact resistance (ECR) to study thin-film breakthrough and contact behavior.
  • Environmental Control: Seamlessly run tests under thermal stress (-35°C to 1000°C), controlled humidity, or fully submerged in fluid lubricants.

High-Value Industrial Applications in Singapore

Our Rtec MFT-2000 configurations are optimized to support Singapore’s core research clusters and advanced manufacturing ecosystems:
  • Semiconductors & Electronics: Characterizing surface topography, roughness, and micro-wear behaviors on silicon wafers, packaging materials, and precision components.
  • Coatings & Thin Films: Quantifying coating adhesion, critical scratch loads, and thickness profiles for hard coatings, optical films, and protective layers.
  • Advanced Materials Science: Evaluating bulk materials, engineering polymers, composites, hydrogels, and biomedical implants.
  • Lubricants & Specialized Chemicals: Benchmarking friction coefficients, wear-scar profiles, and additive efficiency for industrial fluids and high-performance lubricants.
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