YG1 APMT 160408 PDR YG602 is a high-performance PVD-coated carbide insert designed for efficient milling of steel and stainless steel, offering excellent tool life, smooth cutting, and reduced machining costs.
The YG1 APMT 160408 PDR YG602 carbide insert is engineered for high-efficiency milling operations across a wide range of materials including steel and stainless steel. Featuring a precision-ground PDR chipbreaker geometry, this insert ensures excellent chip control, reduced cutting forces, and improved surface finish.
The YG602 grade, combined with advanced PVD coating technology, delivers superior wear resistance and thermal stability, making it ideal for high-speed and continuous machining environments. Its positive rake design minimizes power consumption while enhancing machining stability.
π₯ Boost Your Milling Performance with Longer Tool Life & Smoother Finishes!
Upgrade to YG1 APMT 160408 PDR YG602 – designed for high-efficiency machining with reduced cost per component.
β Insert Type: APMT 160408 (Positive rake milling insert)
β Geometry: PDR – Optimized chipbreaker for smooth cutting & chip evacuation
β Grade: YG602 – High-performance grade for versatile applications
β Coating: PVD coated for superior wear resistance & heat stability
β Application: Milling (face milling, shoulder milling, profiling)
β Material Suitability: Steel, Stainless Steel, and General-purpose machining
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Longer Tool Life – Advanced coating reduces wear and extends insert life
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Better Surface Finish – Precision geometry ensures cleaner cuts
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Reduced Downtime – Reliable performance means fewer insert changes
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Cost-Effective Machining – More components per edge = higher profitability
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Stable Cutting Performance – Excellent chip control even at higher speeds
π Automotive
β Aerospace
π Die & Mold
π General Engineering
β Precision Component Manufacturing
It is ideal for machining steel, stainless steel, and general engineering materials.
It is designed for milling operations such as face milling, shoulder milling, and profiling.
YG602 offers excellent wear resistance, heat resistance, and longer tool life due to its advanced PVD coating.
The PDR chipbreaker improves chip evacuation, reduces cutting forces, and enhances surface finish.
Yes, its long tool life and consistent performance reduce downtime and cost per component, making it ideal for production environments.