Page 36 - Iscar Article 2_2017
P. 36

Inserts with the benefit of appropriate chip            These highly-efficient chip breakers ensure
        breakers are recommended for improved chip              excellent chip control and the creation of small
        evacuation, as the production of long and curled        chips which can be evacuated more easily with
        chips can cause a range of problems when                the help of the coolant supply.
        working with long overhang tools. In addition
        to increasing vibration during machining, long          An additional, very important factor in reducing
        and curled chips are liable to spoil or damage          vibrations is ensuring the clamping stability of
        the surface quality of the workpiece. Highly            the anti-vibration boring bar. Secure clamping
        recommended ISCAR chip breakers for anti-               helps users to achieve the correct workpiece
        vibration tools are the F3P/F3M for finish              dimension, which results in excellent workpiece
        machining applications using a small D.O.C.;            surface quantity and assists in avoiding vibrations;
        and the M3P/M3M, for medium applications.               clamping length should be 4XBD.

                                                                ISCAR’s anti-vibration boring bars join the
                                                                ever-growing ISCAR WHISPERLINE family of
                                                                ingenious tools that are designed for anti-vibration
                                                                turning and grooving applications. These anti-
                                                                vibration turning tools can be referred to as tuned
                                                                or damped tools, which provide effective solutions
                                                                for the reduction and elimination of vibrations.
        M3M















































                               36
   31   32   33   34   35   36   37   38   39   40   41