PiQ Nanoindentation Tester
SMT-2000 Precision Nanoindenter for Hardness Testing

Key Features:

• Closed-Loop Down Force Control
  Real-time measurement and control of applied force
  Programmable constant, linear, or step force profiles
• True Force and True Depth Sensors
  Real force and depth sensors with unique capacitive technology
• Smart Nanoindenter Head
  Force programmable and removable reference for the lowest frame compliance
  (< 0.01 mm/N)
• X, Y, and Z Motorized Tables
  For indentation matrices and fully automated processes, a 3-axis motorized stage with a resolution of 20 nm
• High Reliability – Robust Design
  Soundproof enclosure for a compact SMT-2000 platform with integrated vibration-damping
• Optional Optical Microscope
  Recognizing the importance of visual inspection, the SMT-2000 can be equipped with an optical microscope for precise test area selection and post-test impression visualization (5 Mpx camera)
• Full Digital Controller
  Embedded state-of-the-art data acquisition controller connected with only one USB cable
• Compliant with International Standards
  Fully adheres to ISO 14577 and ASTM E2546-15 standards, ensuring that measurements are consistent with global industry requirements

What Is A Nanoindentation Test?

A nanoindentation tester is an instrument used to measure the mechanical properties of materials on a microscopic scale, typically at the nanometer level. This technique is beneficial for studying thin films, coatings, or small volumes of materials, where traditional methods may not be practical or feasible.

Why Choose the SMT-2000 Nanoindenter?

The SMT-2000 Nanoindenter is a state-of-the-art nanoindentation tester that combines piezo actuation and capacitive sensing technologies into a smart nanoindentation head. The SMT-2000 brings the highest precision measurements of mechanical properties, such as Hardness, Elastic Modulus, Creep, and many others.

Besides the IST module, the SMT-2000 incorporates environmental modules (temperature, humidity, corrosion). These capabilities allow the use of nano and micro indentation for quality control or cater to demanding engineers and researchers in many fields. This flexibility makes the SMT-2000 ideal for quality control, advanced materials research, and demanding R&D environments.