Chipping geometry:L-SN

Chipbreaker for medium cutting of automatic lathe machining A parallel chipbreaker. 

1.Excellent chip control at low to medium feed rates.

2.Suitable for precise machining with E class tolerance.

Overview

Introducing the CCET060202L-SN VP15TF carbide lathe inserts, expertly crafted for precise and reliable cutting. These high-performance inserts feature an 80° rhombic shape with a parallel chipbreaker designed for medium cutting operations on automatic lathes. Ideal for achieving E-class tolerance with exceptional chip control at low to medium feed rates, these coated carbide inserts are built to enhance your CNC machining efficiency. The CCET060202L-SN VP15TF is your choice for consistent, high-quality results in various machining applications.

Features & Specifications

• Designation: CCET060202L-SN VP15TF
• Material: Coated Carbide
• Shape: Rhombic, 80°
• Chipping Geometry: L-SN
• Corner Radius: 0.2mm
• Insert Thickness: 2.38mm
• Inscribed Circle Diameter: 6.35mm
• Clearance Angle Major: 7°
• Cutting Applications: Steel:Unstable Cutting ,Stainless Steel:Unstable Cutting ,Cast Iron:Unstable Cutting ,Heat-resistant Alloy, Titanium Alloy:Unstable Cutting

5-Point Description:

1. Precision Cutting: Optimized for precise machining with E-class tolerance, ensuring accurate and smooth finishes.
2. Advanced Chip Control: The parallel chipbreaker effectively manages chips at low to medium feed rates, enhancing machining stability.
3. Durable Coating: Coated for increased tool life and performance, reducing the need for frequent replacements.
4. Versatile Geometry: Positive 80° rhombic shape for versatile cutting applications across different materials.
5. Efficient CNC Integration: Perfect for use with CNC lathes, boring bars, and turning tools, providing reliable performance in various machining tasks.

 CCET060202L-SN VP15TF Carbide Lathe Inserts – Precision & Performance Redefined CCET 060202 L-SN VP15TF

• Unmatched Precision with 80° Rhombic Inserts
  

• Advanced Chip Control for Enhanced Machining
  

• Durable Coated Carbide for Extended Tool Life

• Effective Parallel Chipbreaker Design

• Versatile Applications in CNC Lathes and Boring Bars

• Superior Chip Management at Medium Feed Rates

Application

• CNC Machine Tools: Ideal for precise turning and boring operations in CNC machine tools.
• CNC Lathes: Suitable for medium cutting operations requiring high accuracy and consistent results.
• Boring Bars: Enhances the performance of boring bars with excellent chip control and stability.
• Turning Tools: Effective for machining materials with moderate to high hardness, improving overall efficiency.

Advantages

1. Exceptional Chip Control: The parallel chipbreaker ensures effective chip management, minimizing machining interruptions.
2. High Precision: Designed for E-class tolerance applications, offering accurate and consistent cutting results.
3. Extended Tool Life: The advanced coating provides durability, reducing the frequency of tool replacements.
4. Versatility: Suitable for a range of CNC applications, including turning and boring, across various materials.
5. Reliable Performance: Engineered to deliver dependable results, enhancing machining efficiency and quality.