SEC-WaveBall WBMR Type ■ General Features A 3D profiling ballnose endmill series capable of roughing die molds and machine parts that is available in sizes from ø20 to ø50mm. 3-D Rough Copy Milling ● WBMR Anti-Rotational Mechanism WBMR2000 Insert Shim Diagram (ø20 to ø50mm) ■ WBMR2000 Type / 2000L Type (ø20 to ø50mm) B ● Wave-shaped, high rake insert design that promotes a sharp cutting edge and low cutting force. A Circumferential movement of the (WBMR2250S) ● Economical M-class insert with strong cutting edge. C insert caused by cutting forces is ● Stopper guides prevent insert from slipping during machining. controlled by WBMR2000L guide faces A, ● Only one insert type required for large diameter cutters Insert Setting B and C , so (ø20 to ø50mm) as to allow stable cutting  (ø40 and ø50), easier tool management. (WBMR2500SL) ■ Performance ■ Application Examples ●Cutting Force ●Cold Molding Die  (SKD11) Flank wear after continous 4 Endmill Diameter ø25 WBMR cutting for seven hours was Competitor A Work Material: S50C less than competitor's Cutting Conditions product. Stable cutting was Cutting Force (kN) 3 (Shoulder Milling, Down Cut) observed. c=200m/min H z=0.15mm/t WBMR2200S (ø20) 2 Axial Cutting Depth 5mm Radial Cutting Depth 5mm Grade ACZ350 Cutting Conditions 1 =2200min-1 Cutters f=500mm/min Milling D.O.C. 0.3 to 2mm 㻜 Non-water Soluble Cutting Oil Back Force Feed Force Vertical Force ■ Parts Face Endmill Cat. No. Short Edge Type Long Edge Type Nm Recommended Tightening Torque(N・m) Milling Parts Name (-£L) Shoulder Milling ¨ indicates S/M/L type Tip blade Tip blade Peripheral blade High Feed WBMR2200□(L) Screw BFTX0307N  N m 2.0 Wrench TRX10 Radius WBMR2250□(L) Screw BFTX0409N  N m 3.0 Multi- Wrench TRD15 Purpose WBMR2300□(L) Screw BFTX0511N  N m 5.0 BFTX0407N Nm 3.0 R/ Wrench TRD20 TRD15 Profiling Screw BFTX0619N  N m 7.5 BFTX0409N Nm 3.0 Groove/ WBMR2400□(L) Wrench TRD25 TRD15 T-Slot Screw BFTX0619N  N m 7.5 BFTX0409N 3.0 WBMR2500□(L) Nm Chamfering WBMR2500□(L)-C Wrench TRD25 TRD15 Aluminum/ Anti-seizure cream SUMI-P included in the package. Light Alloys High-Speed ■ Recommended Cutting Conditions Cast Iron (A) Tip blade only (B)Tip blade and peripheral blade ISO Work Hardness Cutting Speed vc (m/min) Feed Rate fz (mm/t) Grade ISO Work Hardness Cutting Speed vc (m/min) Feed Rate fz (mm/t) Grade Material Min. - Optimum - Max. Min. - Optimum - Max. Material Min. - Optimum - Max. Min. - Optimum - Max. P Low Carbon Steel 180 to 280HB 100- 150 -200 0.10- 0.20 -0.30 ACP200 P Low Carbon Steel 180 to 280HB 80- 120 -150 0.10- 0.20 -0.30 ACP200 Alloy Steel 180 to 280HB 70- 100 -120 0.10- 0.20 -0.30 ACP200 Alloy Steel 180 to 280HB 50- 80 -100 0.10- 0.20 -0.30 ACP200 M Stainless Steel, Q 50- 80 -100 0.10- 0.15 -0.20 ACP300 M Stainless Steel, Q 40- 60 -80 0.10- 0.15 -0.20 ACP300 Die Steel Die Steel K Cast Iron 250HB 100- 120 -150 0.20- 0.30 -0.40 ACK300 K Cast Iron 250HB 80- 100 -120 0.20- 0.30 -0.40 ACK300 DC 0.2 to 0.3DC DC 1.0 to 1.5DC 0.1 to 0.2DC 0.3 to 0.5DC Note The cutting conditions above are a guide. Actual conditions will need to be adjusted according to Note The cutting conditions above are a guide. Actual conditions will need to be adjusted according to machine rigidity, work clamp rigidity, cutting depth, and other factors. machine rigidity, work clamp rigidity, cutting depth, and other factors. H120