Sandvik Coromant launches M612 face milling cutter

Exhaust-driven turbochargers can rotate more than 300,000 rpm per minute. They compress a large amount of air for combustion, making the engine run cleaner and more efficient.

For a normal driver, the turbocharger allows them to sacrifice the pleasure of driving in order to improve fuel efficiency. For diesel car owners, the main benefit of the turbocharger is that it meets the emission limit of carbon dioxide and nitrogen oxides, and maintains the high performance of the car. Compared with naturally aspirated cars, turbocharged diesel engines Can increase fuel efficiency by up to 40%. In addition, Hyundai Motor does not always install only one turbocharger, but can install up to three.

From a larger perspective, turbocharging is a key factor in increasing vehicle power density—in other words, allowing smaller engines to output more power. A large automaker expects that in the next 10 years, the average US engine displacement will rise from 3.6 to 3.0 liters, while in Europe it will rise from 1.7 to 1.5 liters. With the growing demand for smaller and more efficient engines, approximately 85% of new European light vehicles may be equipped with turbochargers by 2020.

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Rough milling

The Sandvik Coromant M612 is a face milling cutter specifically designed for rough milling of turbine expander housings. The compact and rugged M612 body is ideal for applications where vibration is easy. It uses a round double-sided insert with a positive rake pattern that ensures high metal removal rates while ensuring a smoother cutting process. The blade has 12 cutting edges, 6 on each side, and a depth of up to 3 mm, enabling a lower cost per piece.

Blade design

The surface of the M612 indexable insert is fitted with the same shape of the blade groove to ensure the accuracy and repeatability of the blade positioning.

Threaded hole

The multi-purpose CoroDrill® 460 high performance drill and the CoroTapTM 300 spiral groove tap also provide an efficient hole machining and tapping solution for the tool package.

Turning operation

CoroTurn® HP turning tools accurately spray coolant through fixed nozzles, which greatly increases chip breaking performance, process safety and productivity. When machining austenitic stainless steels at 100ba coolant pressure, CoroTurn® HP has a tool life that is up to 7 times longer than conventional tools.

The turbine casing of the turbo-turbocharger must be able to operate at temperatures ranging from 850 degrees Celsius to over 1,300 degrees Celsius (1,562 to 2,372 degrees Fahrenheit). Operating at these extreme temperatures requires high wear resistant stainless steel or advanced cast iron materials.

Customer case turbocharger exhaust casing rough face milling

Material: Stainless steel (CMC 20.11.M2.OCAQ)

Blade material: GC4240

Sandvik Coromant cutting data
Spindle speed n rev / min: 273
Line speed Vc meters / minute (feet / minute): 90 (295)
Feed per tooth fz mm (inches): 0.18 (0.0.98)
Tool life, number of parts: 22
Tool life, meters (feet): 7.13 (23.4)
Single part processing time, seconds: 40.8

Competitor cutting parameters

Spindle speed n rev / min: 212
Cutting speed Vc meters / minute (feet / minute): 70 (230)
Feed per tooth fz mm (inches): 2.5 (0.098)
Tool life, number of parts: 18
Tool life, meters (feet): 2.62 (8.60)
Single part machining time, seconds: 66.8
Conclusion: The Sandvik Coromant M612 can reduce machining time for individual parts by 27% and tool life by 172%.

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