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Surface Observation Instruments



          Scanning Probe Microscope/Atomic Force Microscope
          SPM-Nanoa                                                                                                    Chromatography Systems



          Leading you into the nano world.


          The SPM-Nanoa is a middle-range SPM that adopts a low-noise, high-
          sensitivity detection optical system equivalent to the high-end
          SPM-8100FM, further advancing automation of operations and high
          throughput. That means you can observe what you want to observe in                                           Mass Spectrometry Systems
          more detail, more easily, and more quickly. Consequently, SPM-Nanoa   Visualization of Nano-scale Elastic Modulus and Adsorption
          microscopes provide powerful assistance for everything from observing   The elastic modulus can be evaluated quantitatively by applying a
          the shape of micro areas to measuring their physical properties.  theoretical model for calculating elastic modulus to the force curve
                Automatic Observation                         obtained by measuring the micro-forces acting between the probe and
           Adjusts laser beam, adjusts parameter settings during observation   sample. The force distribution can also be visualized in the vertical
           and performs image processing automatically        direction for nano-scale three-dimensional mechanical analysis.
              Extensive Functionality                          ■ Mapping the Physical Properties of Polymer Films
           Capture sharp images with optical microscopy to SPM microscopy                                              Life Science Lab Systems
           modes
              Saves Time
           Various support functionality achieves fast observation
                    Standard: contact, dynamic, phase, lateral force (LFM),
                    force modulation
          Observation mode
                    Optional: lateral force (MFM), surface potential (KPFM), current,
                    piezoelectric force (PFM), STM                 Surface Shape  Elastic Modulus    Adhesion
          Resolution  Horizontal: 0.2 nm, Vertical: 0.01 nm
                    Displacement detection system: Light source, optical lever, detector  Mapping polymer film surface properties clearly showed how elastic   Spectroscopy Systems
                    Light source: Laser diode (ON/OFF), Irradiates a cantilever   modulus and adhesive forces were distributed in patches several tens of
          SPM head  continuously even while replacing samples
                    Detector: Photodetector                   nanometers in size.
                                             Brochure No. C147-E018  (Sample source: MORESCO Corporation)

          High-Resolution Scanning Probe Microscope           Scanning Probe Microscope
          SPM-8100FM                                          SPM-9700HT                                              Systems  X-ray and Surface   Analysis



















          The HR-SPM is a next-generation scanning probe microscope that   This microscope can observe the three-dimensional image or local   Measurement Systems  Environmental
          employs a frequency detection method. Existing SPMs (scanning probe   properties of samples at high magnifications. It enables high-resolution
          microscopes) and AFMs (atomic force microscopes) generally employ an   observation, and can measure a variety of samples in air and in liquids.
          AM (amplitude modulation) method. In principle however, the FM   Due to the newly developed high response speed HT scanner and the   Systems  Non-Destructive Inspection     Material Testing and
          (frequency modulation) method is a high-sensitivity measurement   optimized control system design and software, it is now possible to
          method, which enables imaging at even higher levels of resolution.  acquire image data at more than five times the speed of Shimadzu's
          Not only does it enable ultra-high-resolution observation of atmospheric   previous models.
          or liquid-based targets, but now, for the first time, observation of   This supports the improvement of total throughput via significant
          hydration/solvation of the solid–liquid interface is made possible.  reductions in measurement time. The system is ideal for measurements
          Observation mode contact, dynamic (AM method and FM method), lateral force (LFM)  involving a large number of samples or for routine observations.
          Resolution  Horizontal: 0.2 nm, Vertical: 0.01 nm    Observation   Standard: Contact, Dynamic, Phase, Lateral Force (LFM), Force Modulation
                    Displacement detection system: Light source, optical lever, detector  modes  Optional: Magnetic Force (MFM), Current, Surface Potential (KFM)  Measurement Systems  Physical Properties
                    Light source: laser diode (ON/OFF)
          SPM head                                             Resolution  X, Y: 0.2 nm, Z: 0.01 nm
                    Irradiates a cantilever continuously even while replacing samples  Displacement detection system: Light source, optical lever, detector
                    Detector: Photodetector                             Light source: Laser diode (ON/OFF)
                                             Brochure No. C147-E016  AFM head  Irradiates cantilever continuously, even while replacing samples.
                                                                        Detector: Photodetector
                                                                                                  Brochure No. C147-E017
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