Jakie są konkretne zastosowania wkładek zwrotnych OYT CCMT060204-HF w branży motoryzacyjnej?

CCMT060204-HF Turning Insertions have excellent performance and play an important role in multiple key aspects of the automotive industry.

Engine component processing

The core components of automobile engines, such as crankshafts, cylinder blocks, and cylinder heads, are often made of difficult to machine metal materials, such as high-strength alloy steel and heat-resistant alloys. CCMT060204-HF Turning Insertions are based on high-quality ceramic materials, which have excellent wear resistance and high-temperature stability, when cutting these components at high speed, they can maintain a sharp edge for a long time, reduce tool wear, and ensure machining accuracy, its unique geometric design optimizes cutting performance, reduces cutting force, and avoids workpiece deformation caused by excessive cutting force, thereby improving the machining quality and production efficiency of engine components.

Gearbox gear machining

The transmission gears require extremely high surface and dimensional accuracy, and the cutting tools need to withstand significant cutting loads during the machining process, this blade can efficiently remove gear blank materials, reduce chip breakage problems, and smoothly discharge chips by optimizing cutting performance, avoiding chip entanglement that affects machining accuracy and tool life, the reduced cutting force helps to improve the machining accuracy of gear teeth, ensure the smoothness and reliability of gear transmission, and reduce noise and energy loss during car driving.

Chassis system parts processing

The steering knuckles, control arms, and other components of automobile chassis are usually made of high-strength steel, which is difficult to process. CCMT060204-HF Turning Insertions, with its excellent high-temperature stability, are not easily softened or worn due to temperature rise during continuous cutting, enabling long-term stable machining, its efficient cutting performance can accelerate the production pace of chassis parts and meet the needs of large-scale automobile production; And it reduces the frequency of tool replacement, minimizes downtime, and effectively lowers production costs.