DoPent – Exhaust Manifold – AH725
IMPROVED PRODUCTIVITY
High productivity
-Exhaust manifold is difficult to clamp rigidly in the fixture due to its shape, and the material used for this highly demanding part is also very difficult to machine. Cutting geometries, need to withstand the impact forces and at the same time should impart very low cutting forces on the component to achieve best cutting results.
Dopent with its sharper and optimized geometry, with a 70deg approach angle is able to machine the component with higher productivity and also achieve better surface roughness.
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Industry | Automotive |
---|---|
Component | Exhaust Manifold |
Material ISO code |
|
Work material | Alloyed Cast Iron |
Machine(spindle type) | Vertical Machining Center |
Tool family | Milling |
Tool category | Face milling |
Product name | DoPent |
TSR No. | 306M |

Tool
Tungaloy | Competitor | |
---|---|---|
Body | TEN09R160M50.8-12 | Face mill cutter |
Effective number of teeth | 12 | 7 |
Cutting diameter | 160 | 160 |
Insert | PNCU0905GNER-MJ | Square positive insert |
Number of cutting edges | 10 | 4 |
Grade | AH725 | PVD |
Cutting conditions
Tungaloy | Competitor | |
---|---|---|
Cutting speed V/c (mm/min) | 270 | 270 |
Feed per tooth f/z (mm/t) | 0.1 | 0.1 |
Feed speed Vf (mm/min) | 645 | 376 |
Depth of cut ap (mm) | 0.55 (0.022”) | 0.55 (0.022”) |
Width of cut ae (mm) | 100 (3.937”) | 100 (3.937”) |
Coolant | Wet [Internal + external] | Wet [Internal + external] |