Page 45 - Iscars_World_Brochure_2018
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Increasing productivity                                         To meet these needs, ISCAR developed
          The metal cutting process can be                                the ITA – ISCAR Tool Advisor application,
          divided into two states: the cutting                          a set of online adviser tools for users to
          tool operation during material removal                     enter desired job parameters and limitations,
          from the stock part and the air motion of              to obtain appropriate machining solutions for each
          the tool. This stage combines approach,                job. The software selects the best available solution
          retract and tool changing movements.                   for the inputted application, providing cutting tool
                                                                 recommendations (including depth and width of
          Cutting operation                                     cut and number of passes), cutting data, power
          Proper cutting conditions represent an                requirements and productivity results for each
          important parameter while cutting. Cutting             solution option.
          tool manufacturers provide their own
          recommendations for cutting parameters                 All parameters are expressed in the parameter MRR
          based on their rich experience                        (Metal Removal Rate) and a higher value indicates
          and understanding of metal                               higher productivity. Users can utilize the primary
          cutting processes at the                                    knowledge database to machine applications
          microstructural level.                                        with optimal technology and cutting
                                                                          conditions, to achieve high productivity
                                                                           with maximum efficiency and minimum
                                                                            wastage.























































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