MFC Multifunctional High-performance Milling

Component milled completely using an MFC 5.2xd cutter Component milled completely using an MFC 6.3xd cutter Machining a workpiece – example The components pictured were machined using just one tool of a length of 5.2xd and 6.3xd respectively. The machi - ning operations performed involved penetration, HDC-S milling and finishing to produce an internal contour. The cutting data can be easily found in FRAISA ToolExpert® and transferred to the CAM system. Discover the impressive performance of a 5.2xd MFC tool. See our MFC 6.3xd in action. Material: 1.2738 Rm = 1000 N/mm 2 Tool: P8221.300 d 1 = 6 mm and machining depth = 30 mm Penetration with j Z angle = 10° HDC-S roughing and a e = 0.3*d1 Chip removal rate = 69 cm 3 /min (!) Pre-finishing and finishing with a e = 0.1 mm Material: 1.2738 Rm = 1050 N/mm 2 Tool: P8222.300 d 1 = 6 mm, machining depth = 36 mm (exterior geometry) and 38 mm (internal geometry) HDC-S roughing with a e = 2.5% = 0.15 mm Penetration with j Z angle = 10° Pre-finishing with a e = 0.11 mm Finishing with a e = 0.07 mm [ 7 ]