AOMT Miiling Insert

AOMT Series Milling Inserts Product Introduction

The AOMT Series Milling Inserts are high-performance cutting tools designed for precision machining in various industrial applications. These inserts are manufactured with advanced materials and PVD coatings, ensuring exceptional durability and versatility. The AOMT Series is tailored to meet the demands of modern CNC machining, offering a range of options to suit different materials and operations.

Technical Features

1. Precision Geometry:
   The AOMT Series features advanced insert geometries, including sharp cutting edges and optimized chip flute designs, ensuring high precision and smooth machining¹(refer to source 1).

2. Advanced PVD Coatings:
   The inserts are coated with PVD layers such as TiN, TiCN, or Al₂O₃, providing excellent wear resistance and reducing friction during machining. For example, the KM1425 grade features a PVD coating with fine WC grains and a nano-AlSiN high-silicon layer, making it ideal for stainless steel semi-finishing²(refer to source 2).

3. Versatile Inserts:
   The AOMT Series is compatible with a wide range of insert grades, including KM1425, KM1725, KM1925, and KM1025, each tailored for specific materials and applications.

4. High-Strength Carbide Substrate:
   The carbide substrate ensures high rigidity and resistance to deformation, making the tools suitable for heavy-duty machining.

5. Efficient Chip Removal:
   The tools are designed with efficient chip removal capabilities, reducing machining time and improving surface finish.

Available Grades

The AOMT Series offers four primary grades for optimal performance:

1. KM1425:

   • Coating Type: PVD
   • Color: Yellow
   • Features: Fine WC grains, nano-AlSiN high-silicon layer, suitable for stainless steel semi-finishing.

2. KM1725:

   • Coating Type: PVD
   • Color: Gray
   • Features: Fine WC grains, nano-AlTiN layer, suitable for stainless steel intermittent machining.

3. KM1925:

   • Coating Type: PVD
   • Color: Multicolor
   • Features: Fine WC grains, nano-multilayer AlTiSiN composite layer, suitable for stainless steel semi-rough machining.

4. KM1025:

   • Coating Type: PVD
   • Color: Bronze
   • Features: Fine WC grains, nano-AlSiN high-silicon layer, suitable for stainless steel continuous machining.

Product Advantages

1. High-Quality Inserts:
   The AOMT Series inserts are manufactured with fine-grained carbide and advanced PVD coatings, ensuring extended tool life and consistent performance³(refer to source 3).

2. Customizable Solutions:
   A wide range of insert grades allows users to tailor the tools for specific materials and applications, ensuring optimal results in various machining conditions.

3. Cost-Effective:
   The interchangeable insert design minimizes replacement costs and downtime, providing a cost-effective solution for modern machining.

4. Improved Surface Finish:
   The tools are optimized for high surface quality, reducing post-machining processes and improving overall productivity.

Application Scenarios

1. Stainless Steel Processing:

   • Recommended Grade: KM1425
   • Application: Semi-Finish Machining
   • Features: Fine WC grains, nano-AlSiN high-silicon layer, suitable for stainless steel semi-finishing.

2. Stainless Steel Processing:

   • Recommended Grade: KM1725
   • Application: Intermittent Machining
   • Features: Fine WC grains, nano-AlTiN layer, suitable for stainless steel intermittent machining.

3. General Machining:

   • Recommended Grades: KM1425, KM1725
   • Application: Slotting, Profiling
   • Features: High precision, smooth machining, suitable for different AOMT insert types.

4. Rough to Semi-Finish Machining:

   • Recommended Grade: KM1925
   • Application: Rough to Semi-Finish Machining
   • Features: Fine WC grains, nano-multilayer AlTiSiN composite layer, suitable for stainless steel semi-rough machining.

5. Continuous Machining:

   • Recommended Grade: KM1025
   • Application: Continuous Machining
   • Features: Fine WC grains, nano-AlSiN high-silicon layer, suitable for stainless steel continuous machining.

Typical Usage Scenarios

• Aerospace Industry:
  Used for machining complex components, such as aircraft engine parts and landing gear components, where high precision and durability are critical.

• Automotive Industry:
  Applied in machining engine blocks, gear housings, and other automotive components requiring high precision and surface finish.

• General Engineering:
  Essential for fabricating mechanical components, such as gears, bearings, and hydraulic cylinders, where consistency and reliability are paramount.

• Die and Mold Industry:
  Used to create intricate details and cavities in molds and dies, ensuring high-quality production.

Conclusion

The AOMT Series Milling Inserts, with their advanced PVD coatings, versatile design, and wide range of applications, are a reliable choice for industries requiring high-quality machining solutions.