Концевые фрезы Mitsubishi Materials по металлу SOLID END MILLS

Концевые фрезы Mitsubishi Materials по металлу SOLID END MILLS

Концевые фрезы Mitsubishi Materials по металлу SOLID END MILLS _ MPBXLB Work material Carbon steel, Alloy steel, Alloy tool steel Pre-hardened steel, Precipitation hardening stainless steel AIS11055, AISI P21, HPM, AISI 630 Hardened steel (45 55HRC) Copper, Copper alloys R MIsijJi Rnolulitfl Feed rate Dtplli if ait Revolulian Feed rate DepVi ef cut RevcMicn FHd nil Depth irf tut RE mn LU im (miir1 (rnn/min) ifQnm) (m'l (mmlmin) ap(mm (nil4 (mmtain ap mm) 30 20000 3000 0.1 16000 1900 0.1 16000 1900 0.2 40 12000 1700 0.1 12000 1400 0.1 12000 1400 0.2 50 8000 1000 0.05 8000 800 0.05 8000 800 0.1 R2.5 20 22000 6000 0.2 18000 3800 0.2 13000 2800 0.4 25 22000 4400 0.2 18000 2800 0.2 13000 2000 0.4 30 22000 3800 0.15 18000 2400 0.15 13000 1700 0.3 40 22000 3600 0.1 18000 2300 0.1 13000 1600 0.2 R3 20 20000 6000 0.2 16000 3800 0.2 11000 2600 0.4 30 20000 6000 0.2 16000 3800 0.2 11000 2600 0.4 40 20000 4500 0.15 16000 2800 0.15 11000 2000 0.3 50 20000 3000 0.15 16000 1900 0.15 11000 1300 0.3 <0.1RE(RE<1) 0.2RE (RE > 1) When the inclination angle of machined surface is large, or machining with large cutting load such as corner area, reduce the revolution and feed rate. The use of oil mist is recommended when machining with small diameter. The revolution and feed rate can increase for the small depth of cut (ap). Cutting condition may be considerably different due to the overhang (milling depth), depth of cut, and machine tools. Please see the above table as a standard. For hardened steel over 55HRC, use VF2XLB. Standard cutting conditions of austenitic stainless steel and titanium alloy, please reduce to 60% revolution and 45% feedrate. (Hardened steel (45 55HRC) table above) Mitsubishi Materials 911 Концевые фрезы Mitsubishi Materials по металлу SOLID END MILLS _ TAPER RADIUS BALL SQUARE carbide