Description
ISCAR CNMX 120708-HTW (M4PW) IC807 Insert
Family Designation: CNMX-M3/4PW The insert has a very positive radial, helical cutting edge and a positive rake angle, which reduces the cutting forces. A wiper corner design produces a high surface finish even at high feed rates. Used for heavy machining applications.
Item Designation: CNMX 120708-M4PW
Grade : IC807
A tough sub-micron substrate, “SUMO TEC” TiAlN PV D coated. Suitable for low-to-medium cutting speed s. Developed for machining of heat resistant alloy s, austenitic stainless steel and hard steel.
| ISO Range – P/M/K | (P10-P30)(M05-M20)(K10-K30) |
| ISO Range – H/S/N | (H05-H15)(S05-S20) |
| Grade or Coating Type | PVD |
| Coating Layers | TiAlN+TiN |
Cutting Speed for: CNMX 120708-M4PW IC807 – 5507985
| ISO | Material | Material Description | Material Condition | Cutting Speed Recommendations |
|---|---|---|---|---|
| P | 1 | Non-alloy steel and cast steel, free cutting steel <0.25%C | Annealed :125 | 120-240 m/min |
| P | 2 | Non-alloy steel and cast steel, free cutting steel >=0.25%C | Annealed :190 | 100-200 m/min |
| P | 3 | Non-alloy steel and cast steel, free cutting steel <0.55%C | Quench and tempered. :250 | 80-200 m/min |
| P | 4 | Non-alloy steel and cast steel, free cutting steel >=0.55%C | Annealed :220 | 90-220 m/min |
| P | 5 | Non-alloy steel and cast steel, free cutting steel >=0.55%C | Quenched & tempered. :300 | 80-150 m/min |
| P | 6 | Low alloy & cast steel (less than 5% of alloying elements) | Annealed :200 | 80-180 m/min |
| P | 7 | Low alloy & cast steel (less than 5% of alloying elements) | Quenched & tempered :275 | 70-150 m/min |
| P | 8 | Low alloy & cast steel (less than 5% of alloying elements) | Quenched & tempered :300 | 60-150 m/min |
| P | 9 | Low alloy & cast steel (less than 5% of alloying elements) | Quenched & tempered :350 | 50-120 m/min |
| P | 10 | High alloyed steel, cast steel and tool steel | Annealed :200 | 80-150 m/min |
| P | 11 | High alloyed steel, cast steel and tool steel | Quenched & tempered :325 | 50-130 m/min |
| P | 12 | Stainless steel and cast steel | Ferritic/martensitic :200 | 170-265 m/min |
| P | 13 | Stainless steel and cast steel | Martensitic :240 | 140-245 m/min |
| M | 14 | Stainless steel and cast steel | Austenitic :180 | 100-300 m/min |
| K | 15 | Grey cast iron (GG) | Pearlitic/ferritic :180 | 30-140 m/min |
| K | 16 | Grey cast iron (GG) | Pearlitic/martensiti :260 | 30-140 m/min |
| K | 17 | Nodular cast iron (GGG) | Ferritic :160 | 30-140 m/min |
| K | 18 | Nodular cast iron (GGG) | Pearlitic :250 | 30-140 m/min |
| K | 19 | Malleable cast iron | Ferritic :130 | 30-140 m/min |
| K | 20 | Malleable cast iron | Pearlitic :230 | 30-140 m/min |
| S | 31 | High temp. alloys Fe based | Annealed :200 | 50-80 m/min |
| S | 32 | High temp. alloys Fe based | Cured :280 | 40-65 m/min |
| S | 33 | High temp. alloys. Ni or Co based | Annealed :250 | 40-50 m/min |
| S | 34 | High temp. alloys. Ni or Co based | Cured :350 | 35-45 m/min |
| S | 35 | High temp. alloys. Ni or Co based | Castr :320 | 30-40 m/min |
| S | 36 | Titanium (pure) | Pure :310 | 100-180 m/min |
| S | 37 | Titanium Ti alloys | Alpha+beta alloys cu :310 | 50-55 m/min |
| H | 38 | Hardened steel | Hardened :560 | 20-90 m/min |
| H | 39 | Hardened steel | Hardened :654 | 30-60 m/min |
