Overview

Introducing the AOMT123620PEER-M VP15TF carbide lathe inserts, designed for top-notch performance in CNC lathes and boring bars. These 85° rotating inserts feature a coated blade for exceptional durability and cutting efficiency. With an 11° major clearance angle and round honing, these inserts ensure stable cutting conditions and extended tool life. Suitable for general cutting in steel, stainless steel, heat-resistant alloys, titanium alloys, and hardened steel, these inserts are engineered to excel in a range of machining tasks.

AOMT123620PEER-M VP15TF Premium Coated Carbide Inserts – 85° Rotating Design for CNC Lathes

• High-Efficiency 85° Rotating Carbide Inserts for Precision Machining

• Coated Blade Material for Superior Durability and Cutting Performance

• Versatile Inserts for General Cutting Across Multiple Materials

• Optimized Clearance Angle of 11° for Stable Cutting

• Round Honing for Enhanced Tool Longevity and Consistency

• Ideal for CNC Lathes, Boring Bars, and Various Cutting Applications

Specifications:

• Coated: VP15TF
• Designation: AOMT123620PEER-M VP15TF
• Blade material:Coated
• Blade Angl:85°
• Clearance Angle: 11°
• Class:M
• Honing:Round
  
• Recommended Cutting Material: Steel:General Cutting,Stainless Stee:General Cutting,Cast Iron:Unstable Cutting,Heat-resistant Alloy, Titanium Alloy:General Cutting, Hardened Stee:General Cutting
• L:12, LE:10, W1:6.6 ,S:3.6,BS:0.4, RE:2.0

5-Point Description

1. 85° Rotating Design: Enhances cutting precision and efficiency for diverse machining tasks.
2. Coated Blade Material: Provides increased durability and wear resistance, extending tool life.
3. 11° Major Clearance Angle: Ensures stable cutting performance and precision.
4. Round Honing: Improves tool stability and consistency in various applications.
5. Versatile Cutting Capability: Effective for general cutting in steel, stainless steel, cast iron, heat-resistant alloys, titanium alloys, and hardened steel.

Application

• CNC Lathes: Ideal for precise turning operations and general cutting.
• Boring Bars: Suitable for boring tasks across multiple materials.
• General Machining: Effective for a wide range of materials including heat-resistant and titanium alloys.

Advantages

• Enhanced Cutting Efficiency: The 85° rotating design optimizes performance across various machining tasks.
• Durable Coated Blade: Offers superior resistance to wear and prolongs tool life.
• Stable Performance: The 11° clearance