CCMT09T304 UE6110 High-Performance Positive Insert for Turning CCMT Carbide Cutting Tools  CCMT 09T304 UE6110

• Precision Cutting with 80° Rhombic Inserts

• Advanced Coated Material for Enhanced Durability

• Versatile Applications for CNC Machine Tools

• Exceptional Performance with 0.4mm Corner Radius

• Optimized for General Steel Cutting and Machining

• Increased Tool Life with 7° Clearance Angle

5-Point Description

1. Precision Cutting: 80° rhombic geometry and 0.4mm corner radius ensure accurate and smooth cuts.
2. Durable Coated Material: Advanced coating extends tool life and reduces wear.
3. Versatile Application: Ideal for CNC lathes, boring bars, and general steel cutting.
4. Optimized Clearance: 7° clearance angle enhances chip removal and minimizes cutting resistance.
5. Enhanced Performance: Consistent high-quality results across a variety of machining tasks.

Overview

Introducing the CCMT09T304 UE6110 turning inserts—designed for high precision and reliability in CNC lathe operations. Featuring a rhombic 80° geometry and a durable coated material, these inserts ensure exceptional cutting performance and longevity. Ideal for general steel cutting, their advanced design includes a 0.4mm corner radius and a 7° clearance angle for superior chip removal and reduced tool wear.

Specifications:

• Coated : UE6110 
• Designation: CCMT09T304 UE6110 
• Blade material:Coated 
• Shape: Rhombic
• Cutting Edge Angle: 80°
• Clearance Angle: 7°
• Corner Radius: 0.4mm
• Insert Thickness: 3.97mm
• Inscribed Circle Diameter: 9.525mm
• Recommended Cutting Material:Steel:General Cutting

1. CNC Lathes: Ideal for high-precision turning operations.
2. Boring Bars: Suitable for boring and turning applications.
3. General Steel Cutting: Effective for a wide range of steel machining tasks.

Reasons to Choose

• Advanced Coating: Provides longer tool life and better performance.
  
• High Precision: Ensures smooth, accurate cuts with minimal tool wear.
  
• Versatile Use: Effective for multiple machining tasks, enhancing overall productivity