668 Каталог KORLOY 2020 Инструмент и оснастка для станков по металлу Стр.E210

Каталог KORLOY 2020 Инструмент для станков по металлу Стр. E210 0668 Lab2u

Technical Information for Future Mill Future Mill (FMR) O Features Wide coverage for medium to roughing, general steel to high hardness mold materials 2 step shape of insert provides strong clamping and can minimize components to replace the shim 4-8 cutting-edge available per insert (Inscribed circle 05, 06, 07, 08, 10, 12, 16, 20) Uneven flute spacing prevents vibration on high speed applications and provides more stable machining Precise design of the insert seat prevents insert from chattering Special design of the insert bottom prevents movement and chatter of insert Easy to change cutting-edge due to the rotation prevention design of the insert O Machining examples Copying Helical Slotting & Ramping Side cutting O FMR Insert cutting-edge shape O Features of chip breaker Insert Cutting-edge Uses Features MF Finishing Low cutting resistance chip breaker design guarantees long tool life good performance at finishing and difficult-to-cut material machining MM Medium Suitable for general milling at wide application range MA Aluminum Sharp cutting-edge and buffed top face for aluminum machining prevent welding and control chip flow O Clamping system Insert Clamp screw Clamping side of insert Supporting part of insert Rotate prevention design of insert seat part Rotate prevention design of insert seat part FMRD3000 type FMRD5000 type FMRD4000 type FMRD6000 type RDKT10T3M0-DD RDKT1605M0-MM RDKT1204M0-DD RDKT2006M0-MM Good surface finish due to the precise design of insert seat part of cutter Uneven flute spacing prevents vibration at high speed application and provides stable machining 4-8 cutting-edge available per insert Milling Special chip breaker for low cutting load Minimized heat generation due to smooth chip flow Smooth cutting-edge preparation Inclined land angle Low cutting load and better surface roughness Facial contact through curved face Prevent rotation at high speed cutting Stable and tight clamping of insert Good positioning of insert repeatedly 210