Analyzer 
Experimental Image Data Processor 
Using this solver, it is possible to load a data file output from SPM instrument and to perform various image processing to the experimental image data.
It also is possible to compare a simulated SPM image and an experimental data image, to verify the result of the simulation, and to guess a precise shape of the sample. 

GeoAFM 
Geometrical Mutual AFM Simulator 
We can guess one of the three data, 3dimensional shape data of a tip, shape data of a sample surface, and measured AFM image data,
from two others at very high speed.
Each data is mutually predicted by purely geometrical calculation. So interactions such as Van der Waals force between a tip and a sample or deformation of the tip and that of the sample is not taken into account. 

FemAFM 
Elastic Body AFM Simulator 
An AFM image for soft material is predicted.
AFM is simulated with an approximation of a tip and a sample by the model of continuout elastic medium. Deformation of a tip and a sample is reproduced by solving elastic equations numerically under the assumption that the tip and the sample are continuous elastic mediums of a single material respectively and Van der Waals force interacts between them. It is also possible to simulate contact between a tip and a sample with viscoelasticity and to calculate a force curve. 

LiqAFM 
Soft Material Liquid AFM Simulator 
AFM experiment under the liquid environment is simulated.
It is possible to reproduce vibration of a cantilever in liquid and to calculate resonance frequency. It is also possible to simulate contact between a tip and a sample with viscoelasticity and to calculate a force curve. 

CG, 
geometry optimizing AFM image simulator 
Using the solver, an AFM image is calculated by searching an energetically stable atom arrangement of a molecule and determining the structure of the molecule.
It is possible to calculate an AFM frequency shift image of a molecular scale in a vacuum/ in liquid. It is possible to calculate an energy curve and a force curve of a tipsample system in a vacuum/ in liquid. It is possible to calculate non contact AFM image either in the mode tip's height is constant or in the mode applied force on a tip is constant. 

MD 
molecular dynamics AFM image simulator 
An AFM image and a force curve is calculated by solving Newton's equations of motion for all atoms in molecules
and predicting the change of the molecular structure..
It is possible to calculate an AFM image in the mode tip's height is constant. It is also possible to simulate geometry optimizaton. 

DFTB 
Quantum Mechanical SPM Simulator 
Simulation is performed based on the quantum mechanical method.
AFM, STM, STS, and KPFM are simulated in an angstrom order. Density Functional based Tight Binding method is adopted. Calculation time is greatly reduced in comparison with that of ab initio calculation. It is also possible to calculate an AFM image for an organic compound upon an inorganic material surface or upon a metal substrate. 

SetModel 
Modeling Tool 
Shape data of a surface of a inorganic crystal is generated by this solver.
The solver is useful to create data of a surface of a crystal and that of a metal substrate. It is possible to create shape data of a sample consisting of an inorganic compound and an organic compound by using this solver and freeware ChemSketch. 