Overview:

Elevate your machining efficiency with the APMT1604PDER-H1 F7030 carbide lathe inserts. These 85° rotating inserts feature a high-quality coated surface, perfect for CNC lathes and boring bars. With their versatile design, they handle general cutting tasks in steel and stainless steel with ease.

Specifications:

• Coated: F7030
• Designation: APMT1604PDER-H1 F7030 
• Blade Angl:85°
• Clearance Angle: 11°
• Class:M
• Honing:Round
• L:17.02, LE:14, W1:9.525 ,S:4.76,BS:1.7, RE:0.4
• Recommended Cutting Material: Steel:General Cutting,Stainless Stee:General Cutting

Application

Primarily used in CNC machine tools, CNC lathes, and boring bars, the APMT1604PDER-H1 F7030 inserts are designed for general cutting tasks on both steel and stainless steel, making them ideal for a variety of machining operations.

Advantages

1. Extended Tool Life: Coated carbide material ensures durability and reduces frequent replacements.
2. High Precision: The 85° rotating design offers precise and smooth cuts.
3. Reduced Cutting Forces: The optimized clearance angle minimizes friction and cutting forces.
4. Versatile Use: Effective for a range of materials, including steel and stainless steel.
5. Enhanced Efficiency: Ideal for integration into CNC lathes and boring bars for efficient machining.

APMT1604PDER-H1 F7030 APMT 1604 PDER H1 F7030 Carbide Lathe Inserts – Precision Cutting for CNC Machines

• High-Performance Coated Inserts for CNC Lathe Applications

• 85° Rotating Design for Superior Cutting Accuracy

• Versatile Tooling Solution for Steel and Stainless Steel

• Enhanced Durability with Advanced Coating Technology

  
  

• Optimized Clearance Angle for Reduced Cutting Forces

  
  

• Seamless Integration with CNC Lathes and Boring Bars

5-Point Description

1. Coated Carbide Blade: Provides superior wear resistance and longer tool life.
2. 85° Rotating Inserts: Ensures precise cutting and reduced friction.
3. Round Honing: Enhances cutting efficiency and smoothness.
4. Versatile Application: Suitable for general cutting of steel and stainless steel.
5. Optimized Clearance Angle: Reduces cutting forces for improved performance.