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CETR-UNMT-1 Nano+Micro Tribometer

Precision Testing of Rigid and Flexible Magnetic & Magneto Optical Media

Bruker's CETR-UNMT-1 Nano+Micro Tribometer provides comprehensive nanomechanical & micromechanical tests of thin films and nanostructured materials with a load range of 1 μm to 10 N. The unique design and capabilities of the CETR-UNMT-1 delivers

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Four Types of Drive Modules

• Lower linear fast reciprocation with upper linear motion
• Lower high-precision linear with upper linear motion
• Lower rotation (vertical axis) with upper linear or rotary motion
• Lower rotation (horizontal axis) with upper linear or rotary motion
• All motion modules are easily swapped in minutes

Technical Highlights

• Comprehensive capability to perform precise nanoscale, microscale, and macroscale testing
• In situ test monitoring sensors for forces, torques, positions, wear depth, wear rate, deformations, acoustic emission, temperature, humidity, electrical capacitance, and electrical resistance
• Integrated vision system for micro-positioning and digital video of failure dynamics
• Periodic nanoimaging of test surfaces, wear tracks, indents, and scratches via an integrated atomic force microscope inline imaging module
• Precise servo-control of loads, speeds, and positions allows reliable test repeatability and increased productivity
• Multiple synchronized linear and rotary motions of upper and lower specimens in all axes, including oscillations (up to 60 Hz), for sophisticated multi-axis tests
• Multiple chambers with computer-controlled temperature (–25 to 1000°C), humidity (10 to 95% RH), vacuum (up to 10^-6 Torr), and gases