Режущие и зажимные инструменты Hoffmann Group 2026 - страница 689

GBP 57 ​ Milling inserts SOMT.. for MFH Harrier high feed rate indexable milling cutters 4-edge indexable inserts with convex cutting edges for low cutting forces. Application: 22 2071–2076 – FL geometry is the first choice for general machining. 22 2079–2084 – LD geometry is also suitable for high cutting depths (ap max= 5 mm) at moderate feed rates. Do not use for helical, plunging or contour milling, or on steep walls. 22 2087–2092 – FL geometry (surface-oriented) is the first choice for roughing on lower-powered machines. Do not use for helical, plunging or contour milling, or on steep walls. Note: Standard application values for ae = 0.3×D. Suitable for/ vc [m/min] ISO code N N N P P P P P H H H H H M M S S K ​ ​ ​ ​ ​ PR1825 200 180 160 140 100 ○ ● ● PR1835 160 120 40 ○ ● ● PR1810 180 ○ ● ● CA6535 30 ○ ● ● 22 2079_10 22 2076_14 Type 10 14 22 2071 PR1825 eShop eShop 10 25A 25A 25A 25A 25A 25A 25A 25A 25A 25A 25A 25A 22 2073 SOMT....20ER-GM PR1835 eShop eShop 10 22 2075 PR1810 eShop eShop 10 22 2076 CA6535 eShop eShop 10 22 2079 PR1825 eShop eShop 10 22 2081 SOMT....20ER-LD PR1835 eShop eShop 10 22 2083 PR1810 eShop eShop 10 22 2084 CA6535 eShop eShop 10 22 2087 PR1825 eShop eShop 10 22 2089 SOMT......ER-FL PR1835 eShop eShop 10 22 2091 PR1810 eShop eShop 10 22 2092 CA6535 eShop eShop 10 Programming radius at ap max (22 2071, 22 2073, 22 2075, 22 2076) Programming radius at ap max (22 2079, 22 2081, 22 2083, 22 2084) mm mm 3 3.5 3.5 5 ​ ​ 22 Programming radius at ap max (22 2087, 22 2089, 22 2091, 22 2092) mm 3 ​ fz (22 2071) mm 0.2 − 2 ​ fz (22 2073, 22 2089) mm 0.5 − 1.8 ​ fz (22 2075, 22 2091) mm 0.5 − 2 ​ fz (22 2076) mm 0.5 − 1.2 ​ fz (22 2079) mm 0.03 − 2 ​ fz (22 2081) mm 0.06 − 1.8 ​ fz (22 2083) mm 0.06 − 2 ​ fz (22 2084) mm 0.03 − 1.2 ​ fz (22 2087, 22 2092) mm 0.2 − 1.2 ​ MFAH – highly efficient milling cutters for finish machining of aluminium Wide range with different types of cutting edge for a wide variety of milling applications. Steel or hybrid body with through-coolant. Low cutting forces minimise the formation of burrs and chip abrasion, and ensure high-quality machining results. 689