In order to excavate mineral resources some sort of rock disintegration process has to be utilized, for example cutting, drilling or sawing. All three of the processes are present in some way, shape, or form in a dimension stone quarry, where the primary blocks are obtained through the usage of chainsaws, hydraulic rotary drills and diamond wire saws. These machines have vastly different work parameters, but the way they operate on a basic level is similar, so based on that a hypothesis can be made that the specific energies of cutting, drilling, and sawing are also similar, the only difference being in the trajectories of the cutting element. Scientific papers, in which the specific energies of cutting, drilling and sawing were individually being experimented on, were observed but no scientific paper was found where an author tried to compare all three of these specific energies at once. In a doctoral thesis by Antoljak (2019.) extensive laboratory tests and field measurements were carried out at a dimension stone quarry Redi near Plano, the result of which was data about the physical and mechanical properties of rock samples from the same quarry along with equations describing the relation between cutting and drilling specific energies as a function of CERCHAR factor of abrasivity. In a scientific paper by Bagherpour and others (2020) similar laboratory tests were carried out and the result was an equation that describes the relation between specific energy for sawing with various rock characteristics including Schimazek's factor of abrasivity. Papers made by other various authors which detail the relation between CERCHAR and Schimazek’s factors of abrasivity were observed. All three specific energies were expressed as a function of Schimazek's factor of abrasivity and together with the field data from Redi quarry can be further compared.