CoroMill® MS60
True versatility in shoulder and face milling operations
Assortment overview
Cutter bodies
| Cutter body | Ø | Pitch | Coupling type | Internal coolant |
| Metric | 50–100 mm | M – differential | Arbor | Yes |
| Metric | 50–100 mm | H – differential | Arbor | Yes |
| Inch | 2.00–4.00 | M – differential | Arbor | Yes |
| Inch | 2.00, 3.00, 4.00 | H – differential | Arbor | Yes |
Inserts
| Insert size | Insert geometry | Grade |
| 16 (IC9.6) | M-L50 | GC1130, GC4330, GC1020, GC3330, GC1040 |
| 16 (IC9.6) | M-M40 | GC1130, GC4330, GC1020, GC3330 |
Cutting data
hex recommendations
Primary application area
| ISO area | hex, mm (inch) | hex, mm (inch) |
| M-L50 | M-M40 | |
| ISO P | 0.12 (0.06–0.22) .0047 (.0024–.0087) | 0.18 (0.08–0.28) .0071 (.0031–.011) |
| ISO K | 0.15 (0.06–0.25) .0059 (.0024–.0098) | 0.22 (0.08–0.33) .0087 (.0031–.013) |
Secondary application area
| ISO area | hex, mm (inch) | hex, mm (inch) |
| M-L50 | M-M40 | |
| ISO M | 0.10 (0.06–0.16) .0039 (.0024–.0063) | 0.12 (0.08–0.23) .0047 (.0031–.0091) |
| ISO S (nickel-based) | 0.10 (0.06–0.14) .0039 (.0024–.0055) | 0.12 (0.08–0.2) .0047 (.0031–.0079) |
Cutting speed recommendations
Primary application area
| ISO area | Reference material | Grade | vc m/min (ft/min) |
| ISO P | P2.1.Z.AN | GC1130 | 260 (245–270) 853 (804–886) |
| ISO P | P2.1.Z.AN | GC4330 | 280 (260–285) 919 (853–935) |
| ISO K | K2.2.C.UT | GC1020 | 205 (190–210) 673 (623–689) |
| ISO K | K2.2.C.UT | GC3330 | 230 (210–240) 755 (689–787) |
| ISO K | K2.2.C.UT | GC4330 | 215 (195–220) 705 (640–722) |
Secondary application area
| ISO area | Reference material | Grade | vc m/min (ft/min) |
| ISO M | M1.0.Z.AQ | GC1040 | 170 (160–175) 558 (525–574) |
| ISO M | M1.0.Z.AQ | GC1130 | 170 (160–175) 558 (525-574) |
| ISO S | S2.0.Z0AG | GC1040 | 45 (40–45) 148 (131–148) |
| ISO S | S2.0.Z0AG | GC1130 | 45 (40–45) 148 (131–148) |
General recommendations
ap vs ae in ISO P & ISO K (primary application field)
ap vs ae in ISO M & ISO S (secondary application field)
- 33% to 66% ae / DCX will be avoided, as generally recommended in face milling or face and shoulder milling.
APMX = 8 mm (0.315 inch)
Linear and helical ramping
Linear ramping
RMPX = maximum ramping angle
Helical ramping
P = axial pitch per helical revolution
Ramping characteristics
Maximum ap per rev, mm (inch): 4 (0.157)
Corner radius, RE, mm (inch): 0.8 (0.031)
Wiper edge length, BS, mm (inch): 1.6 (0.063)
Maximum cutting back-edge engagement, B, mm (inch): 4 (0.157)
| Metric cutters (DCX), mm | Inch cutters (DCX), inch | Max ramping angle (RMPX) | Max Dm (2 × DCX), mm (inch) | Flat min Dm 2 × (DCX-(RE+BS)), mm (inch) | Min Dm 2 × (DCX-B), mm (inch) | P, Max pitch/rev, mm (inch) |
| 50 | 1.6° | 100.0 (3.937) | 95.2 (3.748) | 92 (3.622) | 4 (.157) | |
| 2 | 1.6° | 101.6 (4.0) | 96.8 (3.811) | 93.6 (3.685) | 4 (.157) | |
| 63 | 1.3° | 126.0 (4.961) | 121.2 (4.772) | 118 (4.646) | 4 (.157) | |
| 2 ½ | 1.3° | 127.0 (5.0) | 122.2 (4.811) | 119 (4.685) | 4 (.157) | |
| 3 | 1.1° | 152.4 (6.0) | 147.6 (5.811) | 144.4 (5.685) | 4 (.157) | |
| 80 | 1° | 160.0 (6.299) | 155.2 (6.110) | 152 (5.984) | 4 (.157) | |
| 100 | 0.8° | 200.0 (7.874) | 195.2 (7.685) | 192 (7.559) | 4 (.157) | |
| 4 | 0.8° | 203.2 (8.0) | 198.4 (7.811) | 195.2 (7.685) | 4 (.157) |
CoroPlus® Tool Guide for CoroMill® MS60
- For quick and accurate tool recommendations tailored to your specific application requirements, use online tool selector CoroPlus® Tool Guide
- Choose the correct tool and parameters for your application, based on tool, operation, material and machine
- Easy to use, easy to choose
- Supports all CoroMill® MS60 application areas
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Sandvik Coromant UK
+44 (0)121 368 0305