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JEOL 5200 spm

Microscope:              JEOL 5200 SPM

​Service contractor:  JEOL

Manager:                  Carroll​ (carroldl@wfu.edu)

Location: â€‹                  suite 03 microscopy â€‹â€‹â€‹â€‹â€‹

JEOL 5200 SPM

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The JSPM-5200 is a multi-purpose, high resolution Scanning Probe Microscope (SPM) offering ease of use with diverse measurement and sample environments. It can be used in various native environments - from ambient air, controlled atmosphere, fluid, or vacuum, with the sample heated to 500°C (773°K) or cooled to -143°C (130°K). It can also perform a wide range of applied measurements including the combination of image signals and instantaneous switching between operation modes. The open architecture of the JSPM-5200 provides multiple access ports and easy access to the probe.

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Features

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High resolution allowing observation of atomic and molecular images

The resolution of a SPM is high among various kinds of microscopes. The SPM has a horizontal resolution comparable to the high-resolution TEM and also provides a vertical resolution that surpasses other microscopes. The SPM enables you to easily observe very fine structures, which are not observed using the SEM, without sample treatment.

 

Double vibration-isolation using air suspension table and gel damper offers the JSPM-5200 offers atomic/molecular resolution images even in noisy environs.

 

Three AFM modes selectable

 

The JSPM-5200 comes with three AFM modes: Contact mode, AC mode and Non-Contact mode, enabling you to select a suitable mode depending on the sample or the purpose of measurement.

 

  • Non-Contact mode in the standard configuration.

The JSPM-5200 achieves high-resolution imaging without the apex of the probe contacting the sample surface.

Imaging and measurement of physical quantities of sample surfaces.

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  • Various measurement modes

The SPM is used for not only imaging of topographic shapes of samples but also observation and measurement of various physical quantities. In addition to the standard measurement modes including FFM mode and Phase mode, the JSPM-5200 also has surface potential imaging, magnetic force imaging and viscoelasticity imaging.

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  • Environmental SPM: Flexibility in sample environments

The SPM can control the sample environment. You can use the JSPM-5200 in various environments such as air, vacuum, controlled atmospheres and liquid. This SPM flexibly controls the sample environment, enabling you to observe samples not only in vacuum, controlled atmospheres and liquid, but also while heating or cooling them.

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Simple, consistent operation

 

Simple operation with the JSPM-5200 does not change even when you install optional sample heating or cooling accessories in vacuum or in air. The JSPM-5200 is easy to operate in all sample environments. You can observe the sample image soon after inserting the sample in the JSPM-5200.

 

Operation by only clicking icon buttons

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When you insert the sample in the JSPM-5200, you can easily observe the sample image by just clicking the clearly labeled icon buttons in the measurement software. This measurement software automatically performs all necessary tuning of the components (cantilever, etc.) for measurement.

Image processing→ analysis→ report creation – integrated into one function

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Specifications

 

Resolution    AFM: Atomic resolution (mica with the contact mode)

STM: Atomic resolution (HOPG atomic image)

System drift    0.05 nm/s or less, drift-free stage available

Measurement mode (AFM)    AFM Contact mode

 Topography image, Force image

 Focus curve, Friction force curve, I-V, CITS,

 Contact current image, SPS mapping

AC mode

 Topography image, Phase image, Amplitude image

 Point by point MFM

Non-Contact mode (FM mode)

 Topography image, Frequency image

Measurement mode (STM)    STM mode

 Topography image, Current image, CITS

 I-V, S-V, I-S

Scan range    XY : 0 to 20 μm (standard scanner)

  Resolution: 25 bits (including offset)

Z : 0 to 3 μm (standard scanner)

  Resolution: 21 bits (at a gain of ×32)

Sample size    Up to 50 mm×50 mm×5 mm (T)

Standard: 10 mm×10 mm×3 mm (T)

Resources

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SPM 5200 Manual

© 2026 by NanoteQ @ Wake.

 

Wake Forest University is a private research university located in Winston-Salem NC. NanoteQ is a Research Center of WFU administered by the WFU Provost's office. Images and data content of this website are the property of WFU and its affiliate colleges. NanoteQ / Wake reserves editorial right of access to commentary on these pages. Opinions expressed are not those of the University and the site does not represent binding policy of WFU..

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