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Comprehensive Analysis of Modern Lathe Machining Tools
Whether you operate traditional lathes or CNC machine tools, selecting the right turning tools is key to improving processing efficiency.
As core equipment in the field of mechanical manufacturing, Lathe Tools (lathe tools) give metal parts their ideal shape and precision through precise cutting.
This article will guide you through the current mainstream Cutting Tools for Lathe (lathe cutting tools) models and their application scenarios, helping you make the best decisions under different working conditions.

I. Metal Processing Tools: Recommended Popular Lathe Tool Models
- Powei CNMG Series
Adopts a modular tool holder design, suitable for high-speed processing of materials such as stainless steel and alloy steel, especially suitable for continuous production scenarios of auto parts. Its PVD coating technology can reduce 30% the tool wear rate.
- Powei VNMG rhombic blade
Specifically designed for titanium alloys and high-temperature alloys, 80° tip angle balances strength and chip removal efficiency, performing excellently in the processing of complex curved surfaces in aerospace.
- Powei TNMG coated roughing tool
Equipped with self-developed AlCrN coating, it can maintain stability under intermittent cutting conditions and is a cost-effective choice for large-volume processing of heavy machinery.

II. Material Matching: The Golden Combination of Lathe Tools and Workpieces
Stainless steel processing ▶ Prioritize the use of ceramic or CBN blades (such as Mitsubishi CNMG-MA ), combined with 5° positive rake angle to reduce work hardening.
Aluminum alloy cutting ▶ Ultra-fine grain cemented carbide tools (such as DCMT series) paired with a sharp 15° cutting edge can avoid material sticking to the tool and improve surface finish.
Cast iron processing ▶ It is recommended to use diamond-coated tools ( CNMG-HK ), whose resistance to abrasive wear is improved 2 times more than traditional blades.
Modern Lathe Cutting Tools (lathe cutting tools) have been deeply integrated with the Internet of Things. From carbon steel to special alloys, from roughing to finishing, the rational selection of Turning Tools (turning tools) can significantly improve processing quality and economic efficiency. It is recommended to select tool systems with optimized groove types and advanced coatings based on specific material properties, machine rigidity, and production needs, making each process a precise node of value creation.
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