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Gravity Series In-Situ Holders(Nano Indentation&Heating)

Product Features

Gravity Series In-Situ Holders(Nano Indentation&Heating) was constructed by MEMS chip in the in-situ.Mechanical and thermal composite multi-field automatic control and feedback measurement system, combined with EDS, EELS, SAED,HRTEM, STEM and other different modes can realize real-time and dynamic sample monitoring from the nano level Microstructure evolution, phase change and element change with temperature and applied force in vacuum environment Key information such as prime valence states, microscopic stresses, and structural and compositional evolution at the surface/interface.

  • Product composition
  • Unique Advantages
  • Functional Parameters
  • Application


    a.Gravity Series In-Situ Holders(Nano Indentation&Heating)
    b. Nano Mechanics Heating Chip
    c.Nano Indentation&Heating Measurement Control Software
    d.Thermal Controller 
    e.Nano Probe Controller
    f.Accessory Package








    Excellent gravity properties

    ·1. High precision piezoelectric ceramic drive, nanometer level precision digital accurate positioning.

    ·2. Realize compression, tensile, bending and other micromechanical properties testing under 1000℃ heating conditions.
    ·3. Industry-leading nN-class mechanical measurement noise.
    ·4. Continuous load-displacement-time data real-time automatic collection function.
    ·5. With the control function of constant load, constant displacement and cyclic loading, it is suitable for the research of creep characteristics, stress relaxation and fatigue properties of materials.
    Excellent thermal properties

    ·1. High precision infrared temperature measurement and calibration, micron level high resolution thermal field measurement and calibration, to ensure the accuracy of temperature.

    ·2. High stability precious metal heating wire (non-ceramic material) is used, which is both a thermal conductive material and a thermal sensitive material, its resistance has a good linear relationship with temperature, the heating area covers the entire observation area, the heating and cooling speed is fast, the thermal field is stable and uniform, and the temperature fluctuation is ≤±0.1℃ in a stable state.
    ·3.High frequency dynamic control of closed loop and feedback of ambient temperature control method is used, high frequency feedback control to eliminate errors,achieving temperature control accuracy of ±0.01℃.
    ·4.Unique multi-stage composite heating MEMS chip design, controls heat diffusion during heating process, greatly inhibits heat drift during heating process, and ensures efficient observation of the experiment.
    Intelligent software

    ·1. Man-machine separation, software remote control of nanoprobe movement, automatic measurement of load-displacement data.

    ·2. Customize the program temperature curve. It can define more than 10 steps of heating procedures, constant temperature time, etc., and can manually control the target temperature and time. In the process of programmed heating, it is found that the temperature change and constant temperature are needed, and the experimental scheme can be adjusted immediately to improve the experimental efficiency.
    ·3. Built-in absolute temperature scale calibration program. Each chip can re-fit and correct the curve according to the change of resistance value each time to ensure the accuracy of measurement temperature and ensure the reproducibility and reliability of high temperature experiment.






  • Category Index Numerical value
    Basic parameters Shaft material High strength titanium alloy
    Mode of control High precision piezoelectric ceramics
    Tilt Max α≥±20°,The Angle depends on the type of pole piece
    Applicable TEM brand Thermo Fisher/FEI, JEOL, Hitachi
    Applicable pole piece types ST, XT, T, BioT, HRP, HTP, CRP
    (HR)TEM/STEM Available
    (HR)EDS/EELS/SAED Available



    Learn more



  • MEMS system is paid more and more attention by people There are many difficulties in conventional tensile and compression experime nts for samples with sizes below 100 microns.Nanocompression exp eriment is becoming the main way to measure mechanical properties at micro/nano scale because it only generates a small pressure in the local volume of material surface.Therefore, it is necessary to conduct experimental research on material deformation behavior at micro and nano scale.In order to study the deformation behavior of single-crystal face-centered cubic materials at micro or nano scale, the authors analyzed the initial plastic deformation behavior of copper nanocry stal columns and the influence of crystal defects on the initial plastic deformation of single-crystal copper by means of nanocompression experiment. The results show that copper columns exhibit a greater de gree of elastic deformation in the process of nanocompression.At the same time, the reason and the influence of the bulge of the material s around the compression are analyzed.It is concluded that the bulge of the materials around the compression of copper nanomaterials will lead to the increase of the nanohardness and the measured elastic modulus. In order to study the influence of surface topography inho mogeneity on the initial plastic deformation behavior of copper nano rods,nano-scale surface defects were prepared on the surface of copper nanorods by heating method, and the experimental data of nano compression of surface defects were compared and analyzed. The results show that the existence of surface defects will greatly affect the initial plastic deformation of copper nanorods.The morphology of the dislocation around thecompression point of the copper nanocolumn was observed by transmission electron microscope.Besides the dislocation around the compression point, the coexistence of layered dislocation, partial dislocation and dislocation ring was also observed.The results show that the initial plastic deformation of the copper nano column is closely related to the occurrence of dislocation.


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