Achieve Precision Cutting with CCMT09T308 US735 Coated Turning Inserts CCMT 09T308 US735

• Maximize Performance with Advanced Coated Inserts

• Engineered for Stability in Stainless Steel Cutting

• Discover the Benefits of CCMT09T308 US735 Inserts
  

• Precision Design for CNC Lathes and Machine Tools

• Enhance Your Machining Efficiency and Surface Finish

• Optimal Cutting Edge with 0.8mm Corner Radius

5-Point Description:

1. Application: Ideal for CNC lathe operations, especially for cutting unstable stainless steel and other challenging materials.
2. Advantages: Sharp cutting edge with 0.8mm corner radius, excellent stability, and enhanced durability.
3. Feature Highlights: 80° rhombic shape, 7° major clearance angle, 3.97mm thickness, 9.525mm inscribed circle diameter.
4. Chipping Geometry: Coated to handle unstable cutting conditions, ensuring a reliable performance.
5. Reasons to Choose: Achieves precise cutting, improves surface finish, and offers extended tool life for high-demand machining tasks.

Overview:

Introducing the CCMT09T308 US735 Turning Inserts—your ultimate solution for precision cutting in CNC lathe applications. With an 80° rhombic shape and a robust coating, these inserts are designed to handle challenging cutting conditions, including unstable cutting in stainless steel. Featuring a 0.8mm corner radius and a large rake angle, these inserts ensure optimal performance, durability, and surface finish quality.

Specifications:

• Coated : US735
• Designation: CCMT09T308 US735
• Blade material:Coated 
• Shape: Rhombic
• Cutting Edge Angle: 80°
• Clearance Angle: 7°
• Corner Radius: 0.8mm
• Insert Thickness: 3.97mm
• Inscribed Circle Diameter: 9.525mm
• Recommended Cutting Material:Stainless Steel:Unstable Cutting 

Versatile Application: 

Specifically designed for unstable cutting conditions, making it suitable for stainless steel and other challenging materials.

Advantages:

• Enhanced Durability: Coated blade material extends tool life and maintains performance under difficult conditions.
• Precision Cutting: The 80° rhombic design and 0.8mm corner radius ensure high accuracy and smooth finishes.
• Improved Stability: The robust construction and geometric design enhance stability and reduce vibration during cutting.
• Versatility: Ideal for unstable cutting conditions, especially with stainless steel, providing a reliable solution for complex machining tasks.
• Efficient Chip Removal: Advanced coating and design facilitate effective chip control, leading to improved cutting efficiency