ZwickRoell LP Nanoindenter for scanning electron microscopes ZHN/SEM

Description
The ZHN/SEM nano indenter for installation in a scanning electron microscope (SEM) enables micromechanical experiments to be performed while observing the specimen at maximum resolution. It possesses the largest measuring range currently available, with a maximum displacement measurement of 200 µm and a maximum force of 200 mN, combined with very low-noise force and displacement sensors in a low-vibration environment. Instrument stiffness is so high that conventional hardness measurements can be performed without difficulty. The standard system was developed for installation on the stage system of various SEMs, but can also be mounted on the chamber wall. The existing tilt and positioning options of the SEM stage can be used with this system.
Datasheet
Description
The ZHN/SEM nano indenter for installation in a scanning electron microscope (SEM) enables micromechanical experiments to be performed while observing the specimen at maximum resolution. It possesses the largest measuring range currently available, with a maximum displacement measurement of 200 µm and a maximum force of 200 mN, combined with very low-noise force and displacement sensors in a low-vibration environment. Instrument stiffness is so high that conventional hardness measurements can be performed without difficulty. The standard system was developed for installation on the stage system of various SEMs, but can also be mounted on the chamber wall. The existing tilt and positioning options of the SEM stage can be used with this system.
Datasheet

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Nanoindenter for scanning electron microscopes - ZHN/SEM - ZwickRoell LP
Kennesaw, GA, United States
Nanoindenter for scanning electron microscopes
ZHN/SEM
Nanoindenter for scanning electron microscopes ZHN/SEM
The ZHN/SEM nano indenter for installation in a scanning electron microscope (SEM) enables micromechanical experiments to be performed while observing the specimen at maximum resolution. It possesses the largest measuring range currently available, with a maximum displacement measurement of 200 µm and a maximum force of 200 mN, combined with very low-noise force and displacement sensors in a low-vibration environment. Instrument stiffness is so high that conventional hardness measurements can be performed without difficulty. The standard system was developed for installation on the stage system of various SEMs, but can also be mounted on the chamber wall. The existing tilt and positioning options of the SEM stage can be used with this system.

The ZHN/SEM nano indenter for installation in a scanning electron microscope (SEM) enables micromechanical experiments to be performed while observing the specimen at maximum resolution. It possesses the largest measuring range currently available, with a maximum displacement measurement of 200 µm and a maximum force of 200 mN, combined with very low-noise force and displacement sensors in a low-vibration environment. Instrument stiffness is so high that conventional hardness measurements can be performed without difficulty. The standard system was developed for installation on the stage system of various SEMs, but can also be mounted on the chamber wall. The existing tilt and positioning options of the SEM stage can be used with this system.

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Technical Specifications

  ZwickRoell LP
Product Category Hardness Testers
Product Number ZHN/SEM
Product Name Nanoindenter for scanning electron microscopes
Mounting Fixtured or Permanent
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