Page 37 - Iscar_Article_Brochure
P. 37

As a leading supplier to the global automotive sector,
                                                             ISCAR's automotive department was called upon
                                                             to assist in rectifying the above issues. Essentially,
                                                             there were two main problems to solve: prolong
                                                             the life of the tool’s cutting edge and design special
                                                             cutting tools to minimize the machining times of these
                                                             complicated parts, which are being produced in
                                                             millions all over the world.





















                                                              Time Saving Face Milling

                                                             For example, ISCAR's Ø100mm face milling cutter
                                                             SOF45 8/16-D100-10-32R, equipped with 10
                                                             standard inserts S845 SNHU 1305 ..MS32 easily
                                                             removes up to 6 mm stock of a Heat Resistant
                                                             Austenitic Cast Steel at Vc=150 m/min and
                                                             f=3mm/rev and reaches a tool life of 25-30 parts.
                                                             Competitors’ products barely achieve 12 parts per
                                                             edge. Additional time savings are gained from the
                                                             elimination of several standard operations by the
                                                             provision of a single, combined and multifunctional
                                                             tool. For example, ISCAR's tool is able to perform
                                                             5 different operations; rough boring, filleting, finish
                                                             boring, counter boring and chamfering in one single
                                                             axial move. Assuming that each operation takes an
                                                             average of 5 seconds off the machining time by using
                                                             the illustrated tool, ISCAR is able to save 20 valuable
                                                             seconds per cycle.

                                                             As a consequence of the above, additional
                                                             unforeseen savings are also achieved by the
                                                             elimination of tool changing times. Assuming that
                                                             each tool change takes approximately 5 seconds,
                                                             another 20 seconds from the cycle time is cut.
                                                             To summarize, by implementing such effective tools,




                                                                                          37
   32   33   34   35   36   37   38   39   40   41   42