K20 Grade Carbide Cutting Inserts CNMG120408-TM Indexable Inserts

Product Description:

The Carbide Cutting Insert is a high-performance tool designed to meet the demanding needs of modern machining processes. Engineered from premium tungsten carbide, these inserts offer exceptional hardness and durability, ensuring extended tool life and superior cutting performance. Specifically crafted for precision and efficiency, these carbide grooving cutting inserts are ideal for various applications, including turning, milling, and drilling, making them a versatile choice for manufacturing and metalworking industries.

One of the standout features of these carbide turning inserts is their advanced coating technology. Available with TiN (Titanium Nitride) and TiAlN (Titanium Aluminum Nitride) coatings, the inserts provide excellent wear resistance and reduced friction during cutting operations. TiN coating enhances surface hardness and reduces built-up edge formation, while TiAlN coating offers superior oxidation resistance and heat stability. This dual coating option ensures that the inserts perform reliably even under high-speed and high-temperature conditions.

In terms of edge design, these carbide grooving cutting inserts come in a variety of edge types to suit different machining requirements. Whether you need sharp edges for fine finishing, chamfered edges for a balance of strength and precision, or rounded edges for increased toughness and resistance to chipping, there is an insert type to match your specific cutting tasks. This flexibility allows operators to optimize their machining processes for improved surface finish and dimensional accuracy.

Heat resistance is another critical attribute of these tungsten carbide inserts. Capable of withstanding temperatures up to 1000°C, they maintain their mechanical properties even in extreme thermal environments. This high heat resistance reduces the risk of thermal deformation and tool failure, enabling longer uninterrupted machining cycles and enhancing overall productivity. It also makes these inserts well-suited for cutting hard materials and alloys that typically generate significant heat during processing.

The versatility of these carbide turning inserts extends to their compatibility with standard tool holders. This feature simplifies tool setup and changeover, minimizing downtime and increasing operational efficiency. Manufacturers can easily integrate these inserts into their existing tooling systems without the need for special adapters or modifications, making them a cost-effective solution for upgrading cutting performance.

In summary, the Carbide Cutting Insert combines the strength and durability of tungsten carbide with advanced coatings and multiple edge configurations to deliver exceptional machining results. Its high heat resistance, broad application range including turning, milling, and drilling, and compatibility with standard tool holders make it an indispensable component for precision metal cutting. Whether you are working on intricate grooving operations or heavy-duty turning tasks, these carbide grooving cutting inserts provide the reliability and performance needed to achieve superior quality and efficiency in your manufacturing processes.

Features:

• Product Name: Carbide Cutting Insert
• Chipbreaker: Yes / No
• Compatibility: Compatible With Standard Tool Holders
• Application: Turning, Milling, Drilling
• Hardness: Up To 1600 HV
• Surface Finish: Polished / Ground
• Made from high-quality cemented carbide inserts for durability
• Designed as carbide indexable inserts for efficient machining
• Ideal carbide indexable inserts for versatile cutting applications

Technical Parameters:

Applications:

The TUNGALOY Carbide Cutting Insert, model number CNMG120408-TM, is a high-performance tool originating from Japan, designed to meet the rigorous demands of modern machining. This premium-grade insert is compatible with standard tool holders, making it versatile and easy to integrate into existing machining setups. Its polished and ground surface finish ensures exceptional precision and durability during operation, providing a smooth cutting experience and extended tool life.

Carbide cutting inserts like the TUNGALOY CNMG120408-TM are widely used in various industrial applications due to their superior hardness and wear resistance. These inserts are ideal for turning, milling, and drilling tasks, offering exceptional performance across different machining processes. The availability of chipbreaker options—either with or without—allows operators to optimize chip control based on specific material and cutting conditions, enhancing productivity and surface quality.

In the realm of carbide milling inserts, the TUNGALOY CNMG120408-TM excels in precision milling operations where consistent edge quality and resilience against high temperatures are crucial. Its cemented carbide composition provides excellent toughness and resistance to abrasion, making it suitable for machining a wide range of materials including steel, stainless steel, and cast iron. This makes it a preferred choice for manufacturers and machinists aiming for high efficiency and accuracy in their milling processes.

Carbide cutting inserts like this model are frequently utilized in automotive, aerospace, and heavy machinery industries where precision and reliability are paramount. The polished surface finish of the TUNGALOY insert minimizes friction and heat generation during cutting, which is essential for maintaining dimensional accuracy and prolonging tool life. Additionally, its compatibility with standard tool holders ensures quick and secure mounting, reducing downtime during tool changes.

Overall, the TUNGALOY CNMG120408-TM carbide cutting insert is a versatile and robust solution for a variety of machining scenarios. Whether used in turning, milling, or drilling, it delivers consistent performance and excellent surface finish. Its high-quality cemented carbide material and advanced design make it a trusted choice for professionals seeking reliable and efficient carbide milling inserts and cemented carbide inserts to enhance their machining capabilities.

Customization:

Our TUNGALOY Carbide Cutting Inserts, model CNMG120408-TM, offer exceptional customization services to meet your specific machining needs. Manufactured in JAPAN, these inserts are available in various sizes, such as 10mm x 10mm x 3mm, and come in both indexable and solid types to suit different applications.

We provide a range of grades including P30, M25, and K20, selected based on your machining requirements. The inserts feature different edge types—sharp, chamfered, or rounded—to optimize performance for your unique use case. Compatible with standard tool holders, our Carbide threading inserts, Carbide indexable inserts, and Carbide milling inserts ensure seamless integration into your existing equipment.

Whether you need precision threading, milling, or general cutting, TUNGALOY’s customizable carbide inserts deliver superior durability and cutting efficiency. Contact us to customize your Carbide cutting inserts tailored specifically for your operation.

Support and Services:

Our Carbide Cutting Inserts are designed to deliver exceptional performance and durability in a wide range of machining applications. For technical support, please ensure you have the insert grade, geometry, and application details ready to facilitate efficient assistance.

We offer comprehensive services including product selection guidance, application optimization, and troubleshooting to help you achieve the best results. Our technical team is equipped to provide recommendations on cutting parameters, insert coatings, and tool holder compatibility.

Replacement and warranty services are available for inserts that meet the specified usage criteria. To maintain optimal performance, we advise regular inspection and proper handling of the inserts according to the provided usage guidelines.

For detailed product specifications, usage tips, and maintenance instructions, please refer to the product datasheets and user manuals available on our official website.