CCMT120404 US735 80° Rhombic Carbide Inserts – Coated for Superior Precision Cutting CCMT 120404 US735

• Advanced 80° Rhombic Design for Enhanced Cutting Accuracy

• Coated Carbide Material for Improved Durability and Tool Life

• Optimized for Unstable Cutting of Stainless Steel with Precision

• 0.4mm Corner Radius for Precision Machining

• 4.76mm Thickness and 12.7mm Inscribed Circle for Reliable Performance

• Ideal for CNC Lathes and Boring Bars in Challenging Cutting Conditions

5-Point Description:

1. Design: 80° rhombic geometry offers precise cutting and stability.
2. Material: Coated carbide ensures resistance to wear and extends tool life.
3. Dimensions: 4.76mm thickness and 12.7mm inscribed circle for optimal cutting efficiency.
4. Corner Radius: 0.4mm radius for detailed and accurate machining.
5. Applications: Ideal for CNC lathes and boring bars dealing with unstable stainless steel cutting.

Overview

Introducing the CCMT120404 US735 carbide inserts, designed for superior performance with an 80° rhombic shape and a coated finish. These inserts offer exceptional cutting precision and stability for CNC lathes and boring bars. With a corner radius of 0.4mm and a thickness of 4.76mm, they are optimized for applications involving unstable cutting of stainless steel, providing reliable results and extended tool life. 

Features & Specifications

• Designation: CCMT120404 US735
• Material: Coated
• Shape: Rhombic, 80°
• Corner Radius: 0.4mm
• Insert Thickness: 4.76mm
• Inscribed Circle Diameter: 12.7mm
• Clearance Angle Major: 7°
• Alternative Inch Size: CCMT431
• Recommended Cutting Material:Stainless Steel:Unstable Cutting

Application: The CCMT120404 US735 inserts are ideal for use in CNC machine tools, CNC lathes, and boring bars, especially in applications involving unstable cutting conditions, such as those encountered with stainless steel.

Advantages:

• Durability: Coated carbide material enhances tool longevity and reduces wear.
• Precision: The 80° rhombic design and 0.4mm corner radius ensure accurate and stable cuts.
• Versatility: Suitable for complex and challenging cutting tasks, particularly with stainless steel.

Reasons to Choose:

• Enhanced Performance: The advanced coating and design improve cutting stability and extend tool life.
• Precision Cutting: Ideal for applications where accuracy and reliability are critical.
• Broad Use Case: Effective in handling unstable cutting scenarios, making it a versatile choice for various machining needs.