Pramet GL5-D500M08-GM:G8330 8023030 Double Sided Grooving And Turning Insert

# Cutting Tools: Pramet GL5-D500M08-GM:G8330 The **Pramet GL5-D500M08-GM:G8330** is a high-performance double-sided grooving and turning insert designed specifically for the metalworking industry. Engineered by Pramet, a recognized leader in cutting tools, this insert is tailored for precision machining tasks, providing exceptional reliability and efficiency in various applications. ## Key Features • **Double-Sided Design**: Offers two usable cutting edges, maximizing tool life and reducing tool change frequency, which enhances productivity and cost-effectiveness. • **Material Composition**: Manufactured from high-quality cemented carbide, ensuring superior wear resistance and durability under high-speed machining conditions. • **Geometric Precision**: Features optimized cutting geometry for improved chip formation and reduced cutting forces, leading to smoother operation and enhanced surface finish. • **Insert Dimensions**: Specifically designed with dimensions tailored for grooving and turning applications, ensuring compatibility with a wide range of setups. • **Coating Technology**: Equipped with advanced coating technology that enhances performance in diverse materials, including stainless steel, aluminum, and high-strength alloys. ## Applications • **Grooving Operations**: Ideal for internal and external grooving tasks in various metalworking environments, ensuring precise groove dimensions and finishes. • **Turning Applications**: Suitable for turning operations in both conventional and CNC lathe machines, making it versatile across different machining setups. • **Compatibility**: Compatible with a variety of Pramet tool holders and turning systems, allowing for seamless integration into existing workflows. • **Environmental Suitability**: Designed to perform effectively under varying environmental conditions, making it suitable for both dry and wet machining processes. ## Benefits • **Enhanced Productivity**: The dual cutting edges and optimized design significantly reduce downtime associated with tool changes, leading to increased operational efficiency. • **Cost-Effectiveness**: The long tool life and high durability of the insert contribute to lower overall tooling costs and less frequent replacements. • **Superior Surface Finish**: The precision engineering of the insert results in excellent surface finishes, reducing the need for additional finishing processes. • **Versatile Use Cases**: Its adaptability to different materials and machining conditions makes it a valuable addition to any cutting tool inventory. --- *Product information compiled with AI assistance for reference purposes.*